A foldable bed

Abstract

A foldable bed (1) comprising: bed frame (2), a floor stand (3), and a leg, (14, 15). The bed frame (2) comprises: a first bed frame section (4); and a second bed frame section (5). The second bed frame (5) section is rotatably coupled to the first bed frame section (4). The bed frame (2) is movable between: a deployed configuration; and a retracted configuration. In the deployed configuration, the first bed frame section (4) and the second bed frame section (5) are arranged in a horizontal orientation, and together form a bed frame that is configured to support a mattress and a person lying on the mattress. In the retracted configuration, the first bed frame section (4) and the second bed frame section (5) are arranged in a vertical orientation. The floor stand (3) comprises: an upper portion (6); and a lower portion. The upper portion (6) of the floor stand is rotatably coupled to the first bed frame section (4). The lower portion of the floor stand is configured to stand on a floor of a room. The leg (14, 15) comprises: an upper portion; and a lower portion. The upper portion of the leg (14, 15) is couplable to one of the first bed frame section (4) and the second bed frame section (5). The lower portion of the leg is configured to stand on the floor of the room. When the bed frame (2) is in the deployed configuration, the bed frame is supported on the floor of the room between the floor stand (3) and the leg (14, 15), at a desired height above the floor of the room. When the bed frame (2) is in the retracted configuration, the bed frame (2) is arranged above the lower portion of the floor stand (3) and is supported on the floor of the room by the floor stand (3), at the desired height above the floor.

Description

[0001] A FOLDABLE BED

[0002] The present disclosure relates to a foldable bed. In particular, the present disclosure relates to a foldable bed that is configured to stand on a floor, supported between a floor stand and a leg.

[0003] Folding sleeping accommodation is required in a variety of situations. For example, temporary sleeping accommodation may be required in a hotel room to increase the capacity of a room, or in a home when a guest stays over. For example, semi-permanent folding sleeping accommodation may be required in dormitories or micro apartments where useable daytime space is required.

[0004] The current options available for providing folding sleeping accommodation involve a number of drawbacks. Some folding sleeping accommodation lacks a rigid structure, such as a frame, when deployed, which can result in too much movement of the apparatus during use when the user moves. Some folding sleeping accommodation lacks a sufficiently soft and / or resilient sleep surface, which can result in an uncomfortable experience for a user lying on the sleep surface. Some folding sleeping accommodation is time consuming to deploy and / or dismantle when no longer needed. Some folding sleeping accommodation is difficult to store and transport.

[0005] It would be desirable to provide a bed which overcomes these challenges. In particular, it would be desirable to provide a bed that is straightforward and inexpensive to manufacture, assemble, deploy, retract, dismantle, store, and transport.

[0006] In accordance with the present disclosure, there is provided a foldable bed comprising: a bed frame, a floor stand, and a leg. The bed frame comprises: a first bed frame section; and a second bed frame section. The second bed frame section is rotatably coupled to the first bed frame section. The bed frame is movable between: a deployed configuration; and a retracted configuration. In the deployed configuration, the first bed frame section and the second bed frame section are arranged in a horizontal orientation, and together form a bed frame that is configured to support a mattress and a person lying on the mattress. In the retracted configuration, the first bed frame section and the second bed frame section are arranged in a vertical orientation. The foldable bed further comprises: a floor stand; and a leg. The floor stand comprises: an upper portion; and a lower portion. The upper portion of the floor stand is rotatably coupled to the first bed frame section. The lower portion of the floor stand is configured to stand on a floor of a room. The leg comprises: an upper portion; and a lower portion.

[0007] The upper portion of the leg is couplable to one of the first bed frame section and the second bed frame section. The lower portion of the leg is configured to stand on the floor of the room. When the bed frame is in the deployed configuration, the bed frame is supported on the floor of the room between the floor stand and the leg, at a desired height above the floor of the room. When the bed frame is in the retracted configuration, the bed frame is arranged above the lower portion of the floor stand and is supported on the floor of the room by the floor stand, at the desired height above the floor.

[0008] In some preferred embodiments, the top of the bed frame is exposed when the bed frame is in the retracted configuration. In other words, when the bed frame is in the retracted configuration, the top of the bed frame may be uncovered. In some embodiments, the top of the bed frame is not covered by any portion of the floor stand when the bed frame is in the retracted configuration. When the bed frame is in the retracted configuration, the top of the bed frame may form an outer surface of the foldable bed. As used herein, the “top” of the bed frame when the bed frame is in the retracted configuration is the uppermost part of the bed frame. The “top” of the bed frame may refer to the upper end of the bed frame, the uppermost portion of the bed frame, the uppermost surface of the bed frame, or the uppermost edge of the bed frame when the bed frame is in the retracted configuration. When the bed frame is in the retracted configuration, the upper end of the bed frame may form an outer surface of the foldable bed.

[0009] In some embodiments, at least a portion of a side of the bed frame is exposed when the bed frame is in the folded condition. The sides of the bed frame may be exposed when the bed frame is in the folded condition. In other words, when the bed frame is in the retracted configuration, at least a portion of a side of the bed frame may be uncovered. In some embodiments, at least a portion of a side of the bed frame is not covered by any portion of the floor stand when the bed frame is in the retracted configuration. When the bed frame is in the retracted configuration, at least a portion of a side of the bed frame may form an outer surface of the foldable bed.

[0010] In some embodiments, the bed frame is exposed when the bed frame is in the retracted configuration.

[0011] In some embodiments, the bed frame comprises a bed frame cover. The bed frame cover may cover one or more bed frame members of the bed frame. The first bed frame section may comprise a first bed frame section cover. The second bed frame section may comprise a second bed frame cover. Advantageously, a bed frame cover may hide bed frame members from view. In some embodiments, hiding bed frame members from view may improve the aesthetic appearance of the bed frame. As used herein, in embodiments comprising a bed frame cover, the bed frame is exposed when the bed frame cover is exposed.

[0012] In some embodiments, the first bed frame section and the second bed frame section extend above an upper end of the floor stand when the bed frame is in the retracted configuration. The top of the bed frame may form the top of the foldable bed when the bed frame is in the retracted configuration. In other words, the upper end of the bed frame may be the uppermost part of the foldable bed when the bed frame is in the retracted configuration. Advantageously, providing a bed frame in two bed frame sections, which are rotatably coupled to each other and movable between a deployed configuration and a retracted configuration, enables the foldable bed to have a rigid structure, in the form of a bed frame, when it is deployed in the deployed configuration, and enables the footprint of the rigid structure to be quickly and straightforwardly reduced, when it is moved into the retracted configuration.

[0013] Advantageously, rotatably coupling a section of the bed frame to a floor stand provides the bed frame with a support at one end when the bed frame is deployed in the deployed configuration, and also enables the foldable bed to use the same support for the entire bed frame when the bed frame is moved into the retracted configuration, with the bed frame arranged above the floor stand.

[0014] Advantageously, exposing the top of the bed frame when the bed frame is in the retracted configuration, rather than covering the top of the bed frame to hide the bed frame away, such as in a cabinet, when the bed frame is in the retracted configuration, may reduce the size and weight of the foldable bed. In particular, exposing the top of the bed frame when the bed frame is in the retracted configuration may reduce the size and weight of the floor unit, which is not required to extend over the top of the bed frame when the bed frame in the retracted configuration. Similarly, exposing at least a portion of a side of the bed frame when the bed frame is in the retracted configuration, rather than covering the portion of the side of the bed frame to hide the bed frame away, may reduce the size and weight of the floor unit, and the foldable bed.

[0015] When the bed frame is in the deployed configuration, the bed frame is configured to support a mattress and a person lying on the mattress. In the deployed configuration, the bed frame may have a head end and a foot end. In the deployed configuration, the bed frame may have a length extending between the head end and the foot end. The bed frame may have sides extending between the head end and the foot end. The bed frame may have a width extending between the sides of the bed frame.

[0016] The bed frame may have any suitable length for a bed when the bed frame is in the deployed configuration. For example, the bed frame may have a length in the deployed configuration of between about 1800 millimetres and about 2200 millimetres, or a length of between about 1900 millimetres and about 2100 millimetres. The bed frame may have a length in the deployed configuration of about 1800 millimetres, about 1850 millimetres, about 1900 millimetres, about 1950 millimetres, about 2000 millimetres, about 2050 millimetres, or about 2100 millimetres. In other words, the bed frame may have the length of a conventional small single bed, a conventional single bed, a conventional small double (queen) bed, a conventional double bed, a conventional king size bed, or a conventional super king size bed.

[0017] The bed frame may have any suitable width for a bed. For example, the bed frame may have a width of between about 700 millimetres and about 2000 millimetres, or a width of between about 750 millimetres and about 1800 millimetres, or between about 900 millimetres and about 1600 millimetres. In some embodiments, the bed frame may have a width of between about 800 millimetres and about 1200 millimetres. In some embodiments, the bed frame may have a width of between about 1200 millimetres and about 2000 millimetres, or between about 1200 millimetres and about 1800 millimetres. The bed frame may have a width of about 750 millimetres, about 900 millimetres, about 1200 millimetres, about 1350 millimetres, about 1500 millimetres or about 1800 millimetres. In other words, the bed frame may have the width of a conventional small single bed, a conventional single bed, a conventional small double (queen) bed, a conventional double bed, a conventional king size bed, or a conventional super king size bed.

[0018] The bed frame may have a thickness when the bed frame is in the deployed configuration. The thickness of the bed frame in the use condition is the dimension perpendicular to the length and the width of the bed frame.

[0019] The bed frame may have any suitable thickness when the bed frame is in the deployed configuration. For example, the bed frame may have a thickness in the deployed configuration of between about 50 millimetres and about 300 millimetres, or between about 75 millimetres and about 250 millimetres, or between about 100 millimetres and about 200 millimetres. The bed frame may have a thickness in the deployed configuration of about 75 millimetres, or about 100 millimetres, or about 150 millimetres, or about 200 millimetres.

[0020] When the bed frame is in the deployed configuration, the bed frame may have a mattress receiving end and a base end. As used herein, the mattress receiving end of the bed frame is the upper end of the bed frame when the bed frame is in the deployed configuration. The mattress receiving end of the bed frame may be defined by the uppermost edge of the bed frame when the bed frame is in the deployed configuration. The mattress receiving end of the bed frame is configured to receive the mattress. As used herein, the base end of the bed frame is the lower end of the bed frame when the bed frame is in the deployed configuration. The base end of the bed frame may be defined by the lowermost edge of the bed frame when the bed frame is in the deployed configuration. The thickness of the bed frame is the distance between the mattress receiving end of the bed frame and the base end of the bed frame when the bed frame is in the deployed configuration.

[0021] The first bed frame section may have a mattress receiving end and a base end. As used herein, the mattress receiving end of the first bed frame section is the upper end of the first bed frame section when the bed frame is in the deployed configuration. The mattress receiving end of the first bed frame section may be defined by the uppermost edge of the first bed frame section when the bed frame is in the deployed configuration. As used herein, the base end of the first bed frame section is the lower end of the first bed frame section when the bed frame is in the deployed configuration. The base end of the first bed frame section may be defined by the lowermost edge of the first bed frame section when the bed frame is in the deployed configuration. The thickness of the first bed frame section is the distance between the mattress receiving end of the first bed frame section and the base end of the first bed frame section.

[0022] The second bed frame section may have a mattress receiving end and a base end. As used herein, the mattress receiving end of the second bed frame section is the upper end of the second bed frame section when the bed frame is in the deployed configuration. The mattress receiving end of the second bed frame section may be defined by the uppermost edge of the second bed frame section when the bed frame is in the deployed configuration. As used herein, the base end of the second bed frame section is the lower end of the second bed frame section when the bed frame is in the deployed configuration. The base end of the second bed frame section may be defined by the lowermost edge of the second bed frame section when the bed frame is in the deployed configuration. The thickness of the second bed frame section is the distance between the mattress receiving end of the second bed frame section and the base end of the second bed frame section.

[0023] As used herein, the length of a feature refers to the maximum length or the maximum longitudinal extent of that feature, unless otherwise specified. As used herein, the width of a feature refers to the maximum width or the maximum transverse extent of that feature, unless otherwise specified. As used herein, the thickness of a feature refers to the maximum thickness of that feature, unless otherwise specified.

[0024] In some embodiments, the width of the foot end of the bed frame is less than the width of the head end of the bed frame. In other words, the width of the bed frame may be tapered towards the foot end. The width of the bed frame may be tapered along the entire length of the bed frame in the deployed configuration. Afoot end portion of the bed frame may be tapered to the foot end.

[0025] The bed frame may have a longitudinal axis extending between the head and the foot end of the bed frame in the deployed configuration. The angle of the taper to the longitudinal axis may be at least 8 degrees, or at least 10 degrees to the longitudinal axis, or between 8 degrees and 40 degrees, or between 10 degrees and 30 degrees, or between 10 degrees and 20 degrees to the longitudinal axis.

[0026] In some embodiments, when the bed frame is in the deployed configuration the bed frame has a trapezoidal shape. Preferably, the corners of the trapezoid at the foot end of the bed frame are rounded.

[0027] In some embodiments, the second bed frame section has a foot end that is the foot end of the bed frame when the bed frame is in the deployed configuration. In some of these embodiments, the width of the second bed frame section is less than the width of the head end of the second bed frame section. In other words, the width of the second bed frame section may be tapered towards the foot end. The width of the second bed frame section may be tapered along the entire length of the second bed frame section. Afoot end portion of the second bed frame section may be tapered to the foot end.

[0028] The second bed frame section may have a longitudinal axis extending between the head end and the foot end of the second bed frame section. The angle of the taper to the longitudinal axis may be at least 8 degrees, or at least 10 degrees to the longitudinal axis, or between 8 degrees and 40 degrees, or between 10 degrees and 30 degrees, or between 10 degrees and 20 degrees to the longitudinal axis.

[0029] In some embodiments, the second bed frame section has a trapezoidal shape. Preferably, the corners of the trapezoid at the foot end of the second bed frame section are rounded.

[0030] The bed frame comprises at least two bed frame sections. The bed frame comprises a first bed frame section and a second bed frame section.

[0031] The first bed frame section may have a head end and a foot end. The first bed frame section may have a length extending between the head end and the foot end of the first bed frame section. The first bed frame section may have sides extending between the head end and the foot end of the first bed frame section. The first bed frame section may have a width extending between the sides of the first bed frame section.

[0032] The second bed frame section may have a head end and a foot end. The second bed frame section may have a length extending between the head end and the foot end of the second bed frame section. The second bed frame section may have sides extending between the head end and the foot end of the second bed frame section. The second bed frame section may have a width extending between the sides of the second bed frame section.

[0033] The length of the second bed frame section may be egual to the length of the first bed frame section. The length of the second bed frame section may be less than the length of the first bed frame section.

[0034] The width of the second bed frame section may be equal to the width of the first bed frame section.

[0035] In some embodiments, the head end of the first bed frame section is the head end of the bed frame. In some embodiments, the foot end of the second bed frame section is the foot end of the bed frame. In some embodiments, the foot end of the first bed frame section is rotatably coupled to the head end of the second bed frame section.

[0036] Preferably, the first bed frame section and the second bed frame section are arranged end-to-end when the bed frame is in the deployed configuration.

[0037] Preferably, the first bed frame section and the second bed frame section extend substantially in the same horizontal plane when the bed frame is in the deployed configuration. Advantageously, such an arrangement may enable the first bed frame section and the second bed frame section to form a bed frame suitable for supporting a mattress. Preferably, when the bed frame is in the retracted configuration the first bed frame section and the second bed frame section extend in different, parallel, vertical planes. Advantageously, such an arrangement may enable the footprint of the bed frame to be substantially reduced in the retracted configuration compared to the deployed configuration.

[0038] In some preferred embodiments, the first bed frame section is planar and extends in a first plane, and the second bed frame section is planar and extends in a second plane. When the bed frame is in the deployed configuration, the first plane and the second plane may be same plane. When the bed frame is in the retracted configuration, the second plane may be parallel to the first plane, and the second plane may be spaced from the first plane.

[0039] In some embodiments, the bed frame comprises the first bed frame section, the second bed frame section, and a third bed frame section. In these embodiments, the third bed frame section is rotatably coupled to the first bed frame section. The second bed frame section may be rotatably coupled to the first bed frame section at an end of the first bed frame section, and the third bed frame section may be rotatably coupled to the first bed frame section at an opposite end of the first bed frame section.

[0040] When the bed frame is in the deployed configuration, the first bed frame section, the second bed frame section, and the third bed frame section may be arranged in a horizontal orientation. When the bed frame is in the deployed configuration, the first bed frame section, the second bed frame section, and the third bed frame section may together form a bed frame that is configured to support a mattress and a person lying on the mattress.

[0041] When the bed frame is in the retracted configuration, the first bed frame section, the second bed frame section, and the third bed frame section may extend in a vertical orientation and extend above the upper end of the floor stand.

[0042] The third bed frame section may have a head end and a foot end. The third bed frame section may have a length extending between the head end and the foot end of the third bed frame section. The third bed frame section may have sides extending between the head end and the foot end of the third bed frame section. The third bed frame section may have a width extending between the sides of the third bed frame section.

[0043] In some embodiments, the head end of the third bed frame section is the head end of the bed frame. In some embodiments, the foot end of the third bed frame section is the foot end of the bed frame. In some embodiments, the foot end of the first bed frame section is rotatably coupled to the head end of the third bed frame section. In some embodiments, the head end of the first bed frame section is rotatably coupled to the foot end of the third bed frame section.

[0044] Preferably, when the bed frame is in the deployed configuration the first bed frame section and the second bed frame section are arranged end-to-end, and the first bed frame section and the third bed frame section are arranged end-to-end. Preferably, when the bed frame is in the deployed configuration the first bed frame section, the second bed frame section, and the third bed frame section extend substantially in the same horizontal plane. Advantageously, such an arrangement may enable the first bed frame section, the second bed frame section, and the third bed frame section to form a bed frame suitable for supporting a mattress.

[0045] When the bed frame is in the retracted configuration, the first bed frame section, the second bed frame section, and the third bed frame section may extend in different, parallel, vertical planes. Advantageously, such an arrangement may enable the footprint of the bed frame to be substantially reduced in the retracted configuration compared to the deployed configuration.

[0046] In some embodiments, the first bed frame section is planar and extends in a first plane, the second bed frame section is planar and extends in a second plane, and the third bed frame section is planar and extends in a third plane. When the bed frame is in the deployed configuration, the first plane, the second plane, and the third plane may be same plane. When the bed frame is in the retracted configuration, the second plane and the third plane may be parallel to the first plane, the first plane may be spaced from the second plane and the third plane, and the second plane may be spaced from the third plane.

[0047] In some preferred embodiments, the length of the bed frame extends out from the floor stand when the bed frame is in the deployed configuration. These embodiments are referred to herein as “longitudinal” embodiments.

[0048] In some longitudinal embodiments, the length of the bed frame extends out from the front of the floor stand when the bed frame is in the deployed configuration. In these embodiments, the length of the bed frame may extend perpendicular to the width of the floor stand when the bed frame is in the deployed configuration.

[0049] In some longitudinal embodiments, the first bed frame section comprises a head end and a foot end, the second bed frame section comprises a head end and a foot end, the head end of the first bed frame section is rotatably coupled to the floor stand, and the head end of the second bed frame section is rotatably coupled to the foot end of the first bed frame section.

[0050] In some longitudinal embodiments, the head end of the first bed frame section is rotatably coupled to the upper end of the floor stand.

[0051] In some longitudinal embodiments, the head end of the bed frame is arranged at the floor stand, and the foot end of the bed frame extends out from the front of the floor stand when the bed frame is in the deployed configuration. In some preferred longitudinal embodiments, the head end of the bed frame, which is the head end of the first bed frame section, is arranged at the floor stand, and the foot end of the bed frame, which is the foot end of the second bed frame section, extends out from the front of the floor stand when the bed frame is in the deployed configuration. In some longitudinal embodiments, the bed frame comprises a third bed frame section. In some of these longitudinal embodiments, the head end of the third bed frame section is the head end of the bed frame in the deployed configuration, and the foot end of the second bed frame section is the foot end of the bed frame in the deployed configuration. Typically in these longitudinal embodiments, the head end of the first bed frame section is rotatably coupled to the foot end of the third bed frame section, the foot end of the first bed frame section is rotatably coupled to the head end of the second bed frame section, and the head end of the first bed frame section is rotatably coupled to the upper end of the floor stand.

[0052] In some preferred embodiments, the width of the bed frame extends out from the floor stand when the bed frame is in the deployed configuration. These embodiments are referred to herein as “transverse” embodiments.

[0053] In some transverse embodiments, the width of the bed frame extends out from the front of the floor stand. In these embodiments, the length of the bed frame may extend parallel to the width of the floor stand when the bed frame is in the deployed configuration.

[0054] In some transverse embodiments, the first bed frame section comprises a head end, a foot end, and sides extending between the head end and the foot end, the second bed frame section comprises a head end and a foot end, one of the sides of the first bed frame section is rotatably coupled to the floor stand, and the head end of the second bed frame section is rotatably coupled to the foot end of the first bed frame section.

[0055] In some embodiments, a side of the first bed frame section is rotatably coupled to the upper end of the floor stand.

[0056] In some transverse embodiments, the head end of the bed frame and the foot end of the bed frame are arranged at substantially the same distance from the floor stand when the bed frame is in the deployed configuration.

[0057] In some transverse embodiments, the bed frame has a head end and a foot end when the bed frame is in the deployed configuration, the head end of the bed frame is the head end of the first bed frame section, and the foot end of the bed frame is the foot end of the second bed frame section.

[0058] In some transverse embodiments, the bed frame comprises a third bed frame section. In some of these transverse embodiments, the head end of the third bed frame section is the head end of the bed frame in the deployed configuration, and the foot end of the second bed frame section is the foot end of the bed frame in the deployed configuration. Typically in these transverse embodiments, the head end of the first bed frame section is rotatably coupled to the foot end of the third bed frame section, the foot end of the first bed frame section is rotatably coupled to the head end of the second bed frame section, and a side of the first bed frame section is rotatably coupled to the upper end of the floor stand. A bed frame section may comprise a plurality of bed frame members. Preferably, the bed frame members of a bed frame section form a closed shape, which substantially defines the shape of the bed frame section. The closed shape may be one of a quadrilateral shape, such as a square, rectangle, or trapezium. Preferably, a bed frame section has a rectangular shape. Preferably, corners of a bed frame section are rounded at the foot end of the bed frame in the deployed configuration.

[0059] A bed frame section may comprise at least one outer bed frame member. Each outer bed frame member may define a portion of an outer perimeter of the bed frame when the bed frame is in the deployed configuration. Each outer bed frame member may form one or more rails of the bed frame. A bed frame section may comprise at least one inner bed frame member. An inner bed frame member may extend between two outer bed frame members or between portions of a single outer bed frame member. An inner bed frame member may extend between two outer bed frame members An inner bed frame member may be arranged to provide additional stiffness or rigidity to the at least one outer bed frame member. A bed frame section may comprise at least one outer bed frame member and at least one inner bed frame member. A bed frame section may comprise a plurality of outer bed frame members. A bed frame section may comprise a plurality of inner bed frame members.

[0060] The at least one outer bed frame member may be configured to extend over a portion of a side of the mattress when a mattress is arranged on the bed frame, to retain the mattress on the bed frame.

[0061] The at least one outer bed frame member may have a thickness, and the at least one inner bed frame member may have a thickness. The thickness of the or each outer bed frame member may be equal to the thickness of the or each inner bed frame member. The thickness of the or each outer bed frame member may be greater than the thickness of the or each inner bed frame member.

[0062] The inner bed frame member may be arranged to provide support for a mattress arranged on the bed frame. In some embodiments, the inner bed frame member functions as a slat of the bed frame. Where the bed frame section comprises a plurality of inner bed frame members, the inner bed frame members may form the slats of the bed frame for supporting the mattress. In some embodiments, the bed frame comprises inner bed frame members and slats. The inner bed frame members may be configured to provide rigidity to the bed frame section, and the slats may be configured to support a mattress.

[0063] In some preferred embodiments, the first bed frame section comprises two outer bed frame members, a first outer bed frame member and a second outer bed frame member. The first outer bed frame member may be arranged at a first side of the first bed frame section and the second outer bed frame member may be arranged at a second side of the first bed frame section, opposite the first side. The first and second outer bed frame members may extend the length of the first bed frame section, between the head end and the foot end of the first bed frame section. In some preferred embodiments, the first bed frame section comprises a single outer bed frame member. The single outer bed frame member may extend over the first side, the second side, and the head end of the first bed frame section. In this configuration, the single outer bed frame member may be substantially U-shaped.

[0064] In these preferred embodiments, the first bed frame section may further comprise two transverse inner bed frame members, a first inner transverse bed frame member and a second transverse inner bed frame member, extending the width of the first bed frame section, between the first outer bed frame member and the second outer bed frame member. The first transverse inner bed frame member may be arranged at the head end of the first bed frame section and the second transverse inner bed frame member may be arranged at the foot end of the first bed frame section. The first bed frame section may also comprise one or more longitudinal inner bed frame members. The longitudinal inner bed frame members may extend between the first inner transverse bed frame member and the second inner transverse bed frame member. Preferably, the first bed frame section comprises three longitudinal inner bed frame members.

[0065] In some preferred embodiments, the second bed frame section comprises three outer bed frame members, a first outer bed frame member, a second outer bed frame member, and a third outer bed frame member. The first outer bed frame member may be arranged at a first side of the second bed frame section, the second outer bed frame member may be arranged at a second side of the second bed frame section, opposite the first side, and the third outer bed frame member may be arranged at the foot end of the second bed frame section. The first and second outer bed frame members may extend the length of the second bed frame section, between the head end and the foot end of the first bed frame section. The third outer bed frame member may extend the width of the second bed frame section, between the first and second outer bed frame members. In some preferred embodiments, the second bed frame section comprises a single outer bed frame member. The single outer bed frame member may extend over the first side, the second side, and the foot end of the second bed frame section. In this configuration, the single outer bed frame member may be substantially U-shaped.

[0066] In these preferred embodiments, the second bed frame section may further comprise two transverse inner bed frame members, a first inner transverse bed frame member and a second transverse inner bed frame member, extending the width of the second bed frame section. The first transverse inner bed frame member may be arranged at the head end of the second bed frame section and the second transverse inner bed frame member may be arranged at the foot end of the second bed frame section. The second bed frame section may also comprise one or more longitudinal inner bed frame members. The longitudinal inner bed frame members may extend between the first inner transverse bed frame member and the second inner transverse bed frame member. Preferably, the second bed frame section comprises three longitudinal inner bed frame members.

[0067] The bed frame members may take any suitable form. Typically, bed frame members are straight, elongate beams. However, one or more of the bed frame members may be curved. The bed frame members may have any suitable cross-sectional shape. For example, the bed frame members may have a square cross-section, a rectangular cross-section, an H-shaped or l-shaped cross-section, or a circular cross-section.

[0068] The bed frame members may be formed from any suitable materials. In some embodiments, the bed frame members are formed from a metal, such as steel, stainless steel, or aluminium. However, the bed frame members may be formed from other materials, such as polymeric materials, composite materials, or wood, provided that the material has sufficient strength and rigidity to support the desired load on the bed. In some preferred embodiments, the bed frame members may be formed from laminated wood. In some preferred embodiments, the bed frame members are formed from stainless steel or aluminium. In some preferred embodiments, the outer bed frame members are formed from laminated wood, and the inner bed frame members are formed from a metal, such as stainless steel.

[0069] The first bed frame section is rotatably coupled to the second bed frame section.

[0070] The rotatable coupling of the first bed frame section to the second bed frame section may be about an axis of rotation. The axis of rotation of the first bed frame section about the second bed frame section preferably extends in the direction of the width of the bed frame when the bed frame is in the deployed configuration. Accordingly, the bed frame is foldable widthwise or crosswise. In other words, the length of the bed frame is reduced when the bed frame is moved from the deployed configuration to the retracted configuration.

[0071] The axis of rotation of the first bed frame section about the second bed frame section may be arranged at any suitable location.

[0072] When the bed frame is in the deployed configuration, the bed frame may have a mattress receiving end configured to receive the mattress, and a base end opposite the mattress receiving end.

[0073] In some preferred embodiments, the axis of rotation of the first bed frame section about the second bed frame section is arranged at or around the base end of the bed frame when the bed frame is in the deployed configuration. These embodiments are referred to herein as “bottom hinged” embodiments.

[0074] In “bottom hinged” embodiments, the mattress receiving end of the first bed frame section and the mattress receiving end of the second bed frame section may form outer ends of the bed frame when the bed frame is in the retracted configuration.

[0075] In some preferred embodiments, the axis of rotation of the first bed frame section about the second bed frame section is arranged at or around the mattress receiving end of the bed frame when the bed frame is in the deployed configuration. These embodiments are referred to herein as “top hinged” embodiments.

[0076] The first bed frame section may be rotatably coupled to the second bed frame section by any suitable means. The first bed frame section may be rotatably coupled to the second bed frame section by a hinge. The first bed frame section may be rotatably coupled to the second bed frame section by a pair of hinges arranged at opposite sides of the bed frame. The hinges may be fixed on outer bed frame members of the first bed frame section and the second bed frame section. The hinges may be fixed on inner surfaces of outer bed frame members of the first bed frame section and the second bed frame section. Advantageously, fixing the hinges on inner surfaces of outer bed frame members may hide the hinges from view when the bed frame is in the deployed configuration.

[0077] The hinge may be an offset hinge. In other words, the hinge may comprise a hinge point or pivot point that is spaced from the bed frame. Spacing the hinge point or pivot point from the bed frame may facilitate movement of the bed frame out of the deployed configuration. In “bottom hinged” embodiments, the hinge point or pivot point may be spaced below the base end of the bed frame. In “top hinged” embodiments, the hinge point or pivot point may be spaced above the mattress receiving end of the bed frame.

[0078] In some preferred embodiments, the first bed frame section is rotatably coupled to the second bed frame section by a hinge comprising a first hinge plate, a second hinge plate, and a linkage plate. The first hinge plate may be fixed to the first bed frame section, and the second hinge plate may be fixed to the second bed frame section. The first hinge plate may be rotatably coupled to the linkage plate at a first end of the linkage plate. The first hinge plate may be pivotally coupled to the linkage plate at a first end of the linkage plate. The second hinge plate may be rotatably coupled to the linkage plate at a second end of the linkage plate, opposite the first end. The second hinge plate may be pivotally coupled to the linkage plate at a second end of the linkage plate.

[0079] The linkage plate may have a length between the first end and the second end. The length of the linkage plate may define a separation between the first hinge plate and the second hinge plate when the bed frame is in the retracted configuration. Advantageously, the provision of a separation between the first bed frame section and the second bed frame section when the bed frame is in the retracted configuration may facilitate movement of the bed frame between the deployed configuration and the retracted configuration.

[0080] Advantageously, such a hinge may enable a separation between the first bed frame section and the second bed frame section to be achieved when the bed frame is in the retracted configuration, without any portion of the hinge extending outwards from the bed frame when the bed frame is in the deployed configuration. Advantageously, such a hinge may enable the bed frame to receive mattresses of different thicknesses. This is because the bed frame and mattress are able to both translate and rotate relative to each other, which enables the bed frame and a thick mattress extending out of the bed frame to be moved out of the deployed configuration, which may not be possible with a hinge that only permits rotation of the first and second bed frame sections.

[0081] Advantageously, such a hinge arranged in a “bottom hinged” configuration may also enable one or more legs rotatably coupled to the bed frame to be automatically deployed when the bed frame is moved from the deployed configuration to the retracted configuration, as described in more detail below with reference to the example of Figures 2(a)-(d).

[0082] The first hinge plate and the second hinge plate may be arranged to abut when the bed frame is in the deployed configuration.

[0083] Preferably, when the bed frame is in the deployed configuration, the hinge does not extend beyond the bed frame. When the bed frame is in the deployed configuration, the hinge may not extend beyond the mattress receiving end of the bed frame. When the bed frame is in the deployed configuration, the hinge may not extend beyond the base end of the bed frame. Advantageously, providing a hinge that does not extend beyond the bed frame when the bed frame is in the deployed configuration may prevent a user from catching themselves on the hinge when using the foldable bed.

[0084] The first hinge plate and the second hinge plate may be substantially identical. The first hinge plate and the second hinge plate may be substantially rectangular plates. The first hinge plate and the second hinge plate may each comprise a rounded corner. The rounded corners of the first hinge plate and the second hinge plate may be arranged adjacent each other when the bed frame is in the deployed configuration. Advantageously, the rounded corners of the first hinge plate and the second hinge plate may enable the first hinge plate and the second hinge plate to rotate out of the deployed configuration. The first bed frame section and the second bed frame section may also comprise outer bed frame members with corresponding rounded corners to the hinge plates to facilitate rotation out of the deployed configuration.

[0085] The hinge may be formed from any suitable material. Preferably, the hinge is formed from a metal, such as stainless steel.

[0086] Where the bed frame comprises a third bed frame section, the first bed frame section may be rotatably coupled to the third bed frame section.

[0087] The axis of rotation of the first bed frame section about the third bed frame section preferably extends in the direction of the width of the bed frame in the deployed configuration. The axis of rotation of the first bed frame section about the third bed frame section may be arranged at any suitable location. The axis of rotation of the first bed frame section about the third bed frame section may be arranged at or around the base of the bed frame when the bed frame is in the deployed configuration. The axis of rotation of the first bed frame section about the third bed frame section may be arranged at or around the mattress receiving end of the bed frame when the bed frame is in the deployed configuration.

[0088] Where the bed frame comprises a third bed frame section, the first bed frame section may be rotatably coupled to the third bed frame section by any suitable means. Typically, the first bed frame section is rotatably coupled to the third bed frame section by the same means as the first bed frame section is rotatably coupled to the second bed frame section.

[0089] The foldable bed comprises a floor stand. The floor stand comprises: an upper portion; and a lower portion. The upper portion of the floor stand is rotatably coupled to the first bed frame section. The lower portion of the floor stand is configured to stand on a floor of a room.

[0090] In some embodiments, the floor stand comprises a pair of legs and a top panel extending between the pair of legs at the upper portion of the floor stand. In some embodiments, the floor stand consists of a pair of legs and a top panel extending between the pair of legs at the upper portion of the floor stand. In these embodiments, the first bed frame section may be rotatably coupled to the top panel.

[0091] Typically, in these embodiments the floor stand further comprises a hook, and the foldable bed further comprises a wall bracket configured to be mounted to a wall of the room. The hook of the floor stand is configured to couple with the wall bracket. Accordingly, in these embodiments the floor stand is typically configured to stand on the floor of the room, and be secured to a wall of the room to stabilise the floor stand in the desired position.

[0092] The hook may be arranged at any suitable position on the floor unit. Preferably, the hook extends out from the floor unit in the opposite direction to the bed frame in the deployed configuration. Preferably, the hook extends out from a back of the floor unit.

[0093] Preferably, the hook is configured to hook over the wall bracket from above the wall bracket. In other words, the hook may be configured to engage the wall bracket when the floor unit is lowered onto the wall bracket.

[0094] The hook may be any suitable type of hook. The hook may be elongate. The hook may extends substantially the width of the floor unit. The hook may have a substantially similar width to the bed frame. The hook may be formed from any suitable material. For example, the hook may be formed by a metal, such as stainless steel or aluminium.

[0095] The wall bracket may be any suitable type of wall bracket, configured to be engaged by the hook. The wall bracket may be configured to be mounted to a wall. The wall bracket may be elongate. The wall bracket may extend substantially the width of the floor unit. The wall bracket may have a substantially similar width of the bed frame.. The wall bracket may be formed from any suitable material. For example, the wall bracket may be formed by a metal, such as stainless steel or aluminium.

[0096] The hook and the wall bracket may comprise corresponding, elongate c-sections of stainless steel. In some embodiments, the floor stand is freestanding. In other words, in some embodiments, the floor stand is configured to stand alone, without support from a wall or another object.

[0097] In some embodiments, the floor stand comprises a storage region arranged below the upper end. The lower portion of the floor stand may define the storage region.

[0098] In some embodiments, the lower portion of the floor stand comprises a shelf. The shelf may define a base of the storage region. In these embodiments, the floor stand may comprise: a pair of legs; a top panel; and a base panel. The top panel and the base panel may extend between the pair of legs. The first bed frame section may be rotatably coupled to the top panel. The base panel may form the shelf.

[0099] In some preferred embodiments, the floor stand comprises a body. The body may define the storage region. The body may form a storage container defining the storage region.

[0100] The body may be formed from a plurality of panels. The plurality of panels may comprise one or more of: a pair of side panels; a top panel and a base panel; and a front panel and a back panel. The pair of side panels may extend between the base panel and the top panel. The pair of side panels may extend between the front panel and the back panel.

[0101] The storage container may comprise a pair of side panels extending between a base panel and a top panel. The pair of side panels, base panel, and top panel may define the storage region. The storage container may comprise a pair of side panels extending between a base panel and a top panel, and a front panel and a back panel extending between the top panel and the base panel and extending between the pair of side panels. The pair of side panels, top panel, base panel, front panel, and back panel may define the storage region.

[0102] The first bed frame section may be rotatably coupled to the top panel. The first bed frame section may be rotatably coupled to the pair of side panels. Where the first bed frame section is rotatably coupled to the pair of side panels, the pair of side panels may comprise an upper portion extending above an upper surface of the top panel, and the first bed frame section is rotatably coupled to the upper portion of the pair of side panels.

[0103] The body may be configured to stand directly on the floor of the room. For example, a base panel of the body may be configured to stand on the floor. In some embodiments, the body is supported above the floor. The floor stand may comprise one or more legs configured to stand on the floor and support the body above the floor. The floor stand may comprise one or more wheels configured to support the body above the floor. In some preferred embodiments, the floor stand comprises four wheels. Advantageously, providing the floor stand with one or more wheels may enable the floor stand to be moved easily when the bed frame is in the retracted configuration. The one or more wheels may be provided with a brake to prevent the one or more wheels from moving when the bed frame is in the deployed configuration. In some embodiments, the storage container comprises a side opening at a side of the floor stand. The storage container may comprise side openings at both sides of the floor stand. Advantageously, providing the storage container with a side opening at a side of the storage container may enable the storage container to be accessed both when the bed frame is in the deployed configuration and when the bed frame is in the retracted configuration.

[0104] In some embodiments in which the storage container comprises a side opening, the floor stand comprises a side opening cover. The side opening cover may be movable between a closed position, in which the side opening cover covers the side opening, and an open position, in which the side opening cover does not cover the side opening. Preferably, the side opening cover is rotatably coupled to the body of the floor stand. In some embodiments, the side opening cover is configurable as a table when the side opening cover is in the open position.

[0105] In some embodiments, the storage container comprises an upper opening at the upper end of the floor stand. Advantageously, providing the storage container with an upper opening at the upper end of the floor stand may enable a user to access the storage region when the bed frame is in the deployed configuration, and may substantially prevent access to the storage region when the bed frame is in the retracted configuration, as the bed frame is arranged above the upper end of the floor stand, blocking the upper opening.

[0106] In some embodiments, the storage container comprises at least one of a front opening and a back opening. A front opening and / or a back opening may enable a user to access the storage region from the front and / or the back of the floor unit.

[0107] The panels of the floor unit may be formed from any suitable material. In some embodiments, the panels are formed from a metal, such as steel, stainless steel, or aluminium. The panels may be formed from a polymeric material, a composite material, or wood, provided that the material has sufficient strength and rigidity to support the desired load on the bed. In some preferred embodiments, the panels of the floor unit may be formed from laminated wood. The panels may be formed from the same materials as the bed frame. The panels may be formed from different materials than the bed frame.

[0108] In some embodiments, a panel forming the storage container may be formed from a flexible material. Aflexible material may enable a user to access the storage region by deforming the flexible panel.

[0109] In some embodiments, a panel forming the storage container is formed from a mesh material. A mesh material may enable a user to see inside the storage container to the storage region. In some embodiments, a panel comprises a window that is covered with a mesh material.

[0110] The floor stand may have a width extending between the sides or the side panels of the floor stand. The floor stand may have a depth, extending between a front and a back or the front and back panels of the floor stand. The floor stand may have a height, extending between the lower end and the upper end of the floor stand.

[0111] The floor stand may have any suitable width. Preferably, the width of the floor stand is equal to or greater than the width of the bed frame.

[0112] The floor stand may have any suitable depth. Preferably, the depth of the floor stand is equal to or greater than the depth of the bed frame when the bed frame is in the retracted configuration, arranged above the lower portion of the floor stand.

[0113] The floor stand comprises: an upper portion; and a lower portion. The upper portion of the floor stand is rotatably coupled to the first bed frame section.

[0114] The upper portion of the floor stand may comprise an upper surface of a top panel of the floor stand. The upper portion of the floor stand may comprise upper portions of side panels of the floor stand. The upper portion of the floor stand may comprise an upper surface of a top panel, and upper portions of side panels extending above the upper surface of the top panel.

[0115] The first bed frame section may be rotatably coupled to the upper portion of the floor stand in any suitable manner. For example, the first bed frame section may be rotatably coupled to the upper portion of the floor stand by one or more hinges. For example, the first bed frame section may be rotatably coupled to the upper portion of the floor stand by one or more pivot pins.

[0116] When the bed frame is in the retracted configuration, the bed frame extends above the lower end of the floor stand. The bed frame may extend above the upper end of the floor stand. In some embodiments, a portion of the floor stand extends above the rotatable coupling between the floor stand and the first bed frame section. In these embodiments, when the bed frame is in the retracted configuration, an upper portion of the bed frame extends above the upper end of the floor stand.

[0117] The floor stand does not cover an upper end of the bed frame when the bed frame is in the retracted configuration. Preferably, the floor stand does not cover the sides of the bed frame when the bed frame is in the retracted configuration. Advantageously, this may reduce the weight and side of the floor stand, and the foldable bed.

[0118] In some embodiments, the floor stand comprises a headboard panel. The headboard panel may be arranged to form a headboard of the foldable bed when the bed frame is in the deployed configuration. The headboard panel may comprise a cushion on a front face. A cushion on the front face of the headboard panel may make a headboard comfortable for a user to rest on.

[0119] In some embodiments, the floor stand may comprise a headboard panel that is movable coupled to one or more panels of the floor stand. A movable headboard may be movable between a headboard configuration and a storage configuration. In some embodiments, when the headboard panel is in the headboard configuration, the headboard panel may be oriented at an inclined angle to the vertical orientation, and may abut a head end of the bed frame when the bed frame is in the deployed configuration. In some embodiments, when the headboard panel is in the storage configuration, the headboard panel may be oriented in a vertical orientation, to enable the bed frame to be arranged in the vertical orientation, above the lower end of the floor stand.

[0120] In some embodiments, when the headboard panel is in the headboard configuration, the headboard panel is oriented in a vertical orientation and extends substantially above an upper surface of the floor stand body. In some embodiments, when the headboard panel is in the storage configuration, the headboard panel may be oriented in a vertical orientation rotated 180 degrees from the headboard configuration, and extends substantially below the upper surface of the floor stand body. In some of these embodiments, the headboard panel may be rotatably coupled to the floor stand body by one or more offset hinges.

[0121] In some embodiments, the movable headboard panel may also be movable into a seat configuration. In the seat configuration, the headboard panel may be oriented in a horizontal orientation. In the seat configuration, the headboard panel may extend out of the back of the floor stand, and may be configured for a user to sit on. The floor stand may be provided with one or more legs to further support the headboard panel in the seat configuration. Where the headboard panel comprises a cushion on a front face, the cushion on the front face may be arranged to face upwards when the headboard panel is in the seat configuration.

[0122] The bed frame is supported on a floor of a room between the floor stand and the leg, at a desired height above the floor of the room. The desired height off the floor may be between about 5 centimetres and about 100 centimetres, or between 10 centimetres and about 80 centimetres, or between about 15 centimetres and about 75 centimetres. For a bed for a child, the desired height off the floor may be between about 20 centimetres and about 36 centimetres, or between about 25 centimetres and about 31 centimetres. For a bed for an adult, the desired height off the floor may be between about 40 centimetres and about 95 centimetres, or between about 45 centimetres and about 90 centimetres, or between about 50 centimetres and about 85 centimetres.

[0123] The foldable bed may comprise a mattress. The mattress may be configured to be arranged on the bed frame. The mattress may be configured to be arranged on the bed frame when the bed frame is in the deployed configuration. The bed frame may be configured to receive the mattress. The bed frame may be configured to receive the mattress when the bed frame is in the deployed configuration. The mattress may be received at the mattress receiving end of the bed frame when the bed frame is in the deployed configuration. The mattress may be configured to remain on the bed frame when the bed frame is in the retracted configuration. The bed frame may be configured to retain the mattress when the bed frame is in the retracted configuration.

[0124] The mattress may comprise a plurality of mattress sections. The mattress sections may be configured to be arranged on the bed frame to form a complete mattress when the bed frame is in the deployed configuration. The mattress may comprise any suitable number of mattress sections. For example, the mattress may comprise one, two, three, four, five, or six mattress sections. Preferably, the mattress comprises the same number of mattress sections as the number of bed frame sections.

[0125] The mattress may comprise a first mattress section configured to be arranged on the first bed frame section. The mattress may comprise a second mattress section configured to be arranged on the second bed frame section. Where the bed frame comprises a third bed frame section, the mattress may comprise a third mattress section configured to be arranged on the third bed frame section.

[0126] Where the mattress comprises more than one mattress section, the mattress sections may be separate mattress sections. The separate mattress sections may be configured to abut with each other where the bed frame sections are rotatably coupled together. For example, a first mattress section arranged on the first bed frame section may abut a second mattress section arranged on the second bed frame section where the second bed frame section is rotatably coupled to the first bed frame section. Advantageously, providing a mattress comprising separate mattress sections for each bed frame section may enable the mattress to remain in place on the bed frame when the bed frame is moved between the deployed configuration and the retracted configuration.

[0127] Where the mattress comprises more than one mattress section, adjacent mattress sections may be rotatably coupled together. Such a rotatable coupling between adjacent mattress sections may enable the mattress to remain in place on the bed frame when the bed frame is moved between the deployed configuration and the retracted configuration by enabling the mattress sections to be rotated relative to each other when the bed frame sections are rotated relative to each other.

[0128] In some embodiments, the mattress may comprise one or more deformable sections. The one or more deformable sections may enable the shape of the mattress to be changed. The one or more deformable sections may be arranged where the bed frame sections are rotatably coupled together. Such an arrangement of deformable sections may enable the mattress to remain in place on the bed frame when the bed frame is moved between the deployed configuration and the retracted configuration. In some embodiments, the entire mattress is deformable.

[0129] The bed frame may be configured to receive a mattress when the bed frame is in the deployed configuration. Each bed frame section may be configured to receive a section of a mattress. The first bed frame section may be configured to receive a first mattress section. The second bed frame section may be configured to receive a second mattress section. Where the bed frame comprises a third bed frame section, the third bed frame section is configured to receive a third mattress section.

[0130] In some embodiments, the bed frame defines a substantially planar surface to support a mattress when the bed frame is in the deployed configuration. Each bed frame section may define a substantially planar surface to support a mattress section. The first bed frame section may define a substantially planar surface to support a first mattress section. The second bed frame section may define a substantially planar surface to support a second mattress section. Where the bed frame comprises a third bed frame section, the third bed frame section may define a substantially planar surface to support a third mattress section.

[0131] In some embodiments, the bed frame defines a bed frame cavity that is configured to receive a mattress when the bed frame is in the deployed configuration. Each bed frame section may define a cavity that is configured to receive a mattress section. The first bed frame section may define a first bed frame section cavity configured to receive a first section of a mattress. The second bed frame section may define a second bed frame section cavity configured to receive a second section of a mattress. Where the bed frame comprises a third bed frame section, the third bed frame section may define a third bed frame section cavity configured to receive a third section of a mattress.

[0132] Where the bed frame defines a bed frame cavity, the mattress may be configured to fill the bed frame cavity when the mattress is arranged on the bed frame. Where a bed frame section defines a bed frame section cavity, the corresponding mattress section may be configured to fill the bed frame cavity when the mattress section is arranged on the bed frame section. For example, where the first bed frame section defines a first bed frame section cavity, and the second bed frame section defines a second bed frame section cavity, the mattress may comprise a first mattress section configured to fill the first bed frame section cavity, and a second mattress section configured to fill the second mattress section cavity.

[0133] Where the bed frame comprises a plurality of outer bed frame members and a plurality of inner bed frame members, the bed frame cavity may be defined between the plurality of outer bed frame members and the plurality of inner bed frame members.

[0134] The bed frame may support a mattress having any suitable thickness. Preferably, the foldable bed comprises a mattress having a thickness of between about 50 millimetres and about 300 millimetres, or between about 75 millimetres and about 250 millimetres, or between about 100 millimetres and about 200 millimetres. The foldable bed may comprise a mattress having a thickness of about 75 millimetres, or about 100 millimetres, or about 200 millimetres. Advantageously, where the mattress has such a thickness, the mattress may be substantially contained within the bed frame, and may be sufficiently deformable to be retained on the bed frame when the bed frame is moved between the deployed configuration and the retracted configuration.

[0135] In some preferred embodiments, a mattress is received at the mattress receiving end of the bed frame when the bed frame is in the deployed configuration, and the mattress comprises a first mattress section and a second mattress section, the first mattress section being received by the first bed frame section, and the second mattress section being received by the second bed frame section. In these preferred embodiments, at least one of the first mattress section and the second mattress section may be exposed when the bed frame is in the retracted configuration.

[0136] When the bed frame is in the deployed configuration, the mattress forms a sleep surface configured to support a user lying on the foldable bed. Where the mattress comprises a first mattress section and a second mattress section, the first mattress section comprises a first section of the sleep surface and the second mattress section comprises a second section of the sleep surface. In some preferred embodiments, when the bed frame is in the retracted configuration, at least one of the first section of the sleep surface and the second section of the sleep surface forms an outer surface of the foldable bed. The first section of the sleep surface may form an outer surface of the foldable bed. The second section of the sleep surface may form an outer surface of the foldable bed.

[0137] Advantageously, exposing at least one of the first mattress section and the second mattress section, and particularly a sleep surface of at least one of the first mattress section and the second mattress section, when the bed frame is in the retracted configuration may enable the mattress to be used when the bed frame is in the retracted configuration, for example, as a seat back of a seat formed by the floor unit.

[0138] In some embodiments, the foldable bed may comprise a deck. The deck may be configured to be arranged on the bed frame. The bed frame may be configured to receive the deck. The bed frame may be configured to receive the deck when the bed frame is in the deployed configuration. Where the bed frame comprises a bed frame cavity, the bed frame cavity may be configured to receive the deck. The mattress may be configured to be arranged on the deck when the deck is arranged on the bed frame. Advantageously, the deck may improve the comfort of a user lying on the mattress, as the deck may reduce the exposure of a user lying on the mattress to the bed frame members arranged below the mattress.

[0139] The deck may comprise a plurality of deck sections. The deck sections may be configured to be arranged on the bed frame to form a complete deck when the bed frame is in the deployed configuration. The deck may comprise any suitable number of deck sections. For example, the deck may comprise one, two, three, four, five, or six deck sections. Preferably, the deck comprises the same number of deck sections as the number of bed frame sections. The deck may comprise a first deck section configured to be arranged on the first bed frame section. The deck may comprise a second deck section configured to be arranged on the second bed frame section. Where the bed frame comprises a third bed frame section, the deck may comprise a third deck section configured to be arranged on the third bed frame section.

[0140] The deck sections may be separate deck sections. The deck sections may be rotatably coupled together.

[0141] The foldable bed comprises a leg. The leg comprises an upper portion and a lower portion. The upper portion of the leg is couplable to one of the first bed frame section and the second bed frame section. The lower portion of the leg is configured to stand on the floor of the room when the bed frame is in the deployed configuration. When the bed frame is in the deployed configuration, the leg, together with the floor stand, is configured to support the bed frame at the desired height above the floor of the room

[0142] The leg may be arranged at any suitable location on the bed frame. The leg may be arranged to support the first bed frame section. The leg may be arranged to support the second bed frame section. Where the bed frame comprises a third bed frame section, the leg may be arranged to support the third bed frame section.

[0143] The leg may be couplable or coupled to the bed frame in any suitable manner. The leg may be rotatably coupled to the bed frame. The leg may be removably couplable to the bed frame.

[0144] The leg may be couplable to the first bed frame section. The leg may be rotatably coupled to the first bed frame section. The leg may be removably couplable to the first bed frame section.

[0145] The leg may be couplable to the second bed frame section. The leg may be rotatably coupled to the second bed frame section. The leg may be removably couplable to the second bed frame section.

[0146] Where the bed frame comprises a third bed frame section, the leg may be couplable to the third bed frame section. The leg may be rotatably coupled to the third bed frame section. The leg may be removably couplable to the third bed frame section.

[0147] In some preferred embodiments, the leg is coupled or couplable to an end of the first bed frame section, opposite the rotatable coupling of the first bed frame section to the floor stand. In some preferred embodiments, the head end of the first bed frame section is rotatably coupled to the floor stand, and the foot end of the first bed frame section is rotatably coupled to the leg.

[0148] In some preferred embodiments, the leg is coupled or couplable to an end of the second bed frame section, opposite the rotatable coupling of the second bed frame section to the first bed frame section. In some preferred embodiments, the foot end of the first bed frame section is rotatably coupled to the head end of the second bed frame section, and the foot end of the second bed frame section is rotatably coupled to the leg.

[0149] In some preferred embodiment, the leg is coupled or couplable to a side of the first bed frame section opposite the rotatable coupling of the first bed frame section to the floor stand.

[0150] Where the leg is rotatably coupled to the bed frame, the leg may be configured to automatically deploy when the bed frame is moved from the retracted configuration to the deployed configuration. Where the leg is rotatably coupled to the bed frame, the leg may be configured to automatically fold away when the bed frame is moved from the deployed configuration to the retracted configuration. In particular, where the first bed frame section and the second bed frame section are rotatably coupled about the mattress receiving end of the bed frame when the bed frame is in the deployed configuration, the leg may be automatically deployable and foldable, as described in more detail below with reference to Figures 2(a)-(d).

[0151] Where the leg is rotatably coupled to the bed frame, a line may be provided between a foot end of the leg and one of: the bed frame, or the floor stand, or another leg that is rotatably coupled to the bed frame. The line may facilitate at least one of automatic deployment of the leg and automatic folding away of the leg. The line may be formed from any suitable material. For example, the line may be formed from any suitable webbing, cordage, belts, or straps. The line may be configured to be taut when the bed frame is in the deployed configuration and the leg is fully deployed.

[0152] Where the leg is rotatably coupled to the bed frame, a stop may be provided on the bed frame to prevent the leg from over-rotating when the bed frame is in the deployed configuration, the leg is fully deployed, and a person is supported on the bed frame.

[0153] The leg may be formed from any suitable material. For example, the leg may be formed from a metal, such as steel, stainless steel, or aluminium, or the leg may be formed from other materials, such as polymeric materials, composite materials, or wood. Typically, the leg is formed from the same material as the bed frame, or a frame member of the bed frame. The leg may be formed from laminated wood. The leg may be formed from a metal rod.

[0154] In some embodiments, a lower end, or a foot end, of the leg is provided with a rubber foot. Providing the leg with a rubber foot may help to prevent the foldable bed from moving across the floor when the bed frame is in the deployed configuration and when a user is lying on the foldable bed.

[0155] The foldable bed may comprise more than one leg. The foldable bed may comprise a plurality of legs. The foldable bed may comprise any suitable number of legs. The foldable bed may comprise a plurality of legs. For example, the foldable bed may have one, two, three, four, five, or six legs.

[0156] In some preferred embodiments, the foldable bed comprises a first leg couplable to the first bed frame section, and a second leg couplable to the second bed frame section. Each bed frame section may comprise at least one leg.

[0157] In some embodiments, the leg is a pair of legs. The pair of legs may be configured to extend across the width of the bed frame. The pair of legs may be configured to extend from one side of the bed frame to the other. The pair of legs may be arranged with one leg at each side of the bed frame.

[0158] The foldable bed may comprise at least one pair of legs. The foldable bed may comprise any suitable number of pairs of legs. For example, the foldable bed may have one, two, three, four, five, or six pairs of legs.

[0159] In some preferred embodiments, the foldable bed comprises two pairs of legs, a first pair of legs rotatably coupled to the foot end of the first bed frame section, and a second pair of legs rotatably coupled to the second bed frame section. When the bed frame is in the deployed configuration, the bed frame is supported on the floor of the room between the floor stand and the first and second pairs of legs. A first line is provided between a lower portion of the first pair of legs and the head end of the first bed frame section, or the floor stand. The first line is configured to be taut when the bed frame is in the deployed configuration and the first pair of legs is fully deployed. A second line is provided between a lower portion of the second pair of legs and the lower portion of the first pair of legs. The second line is configured to be taut when the bed frame is in the deployed configuration, the first pair of legs is fully deployed, and the second pair of legs is fully deployed. Advantageously, this preferred configuration provides a stable bed frame when the bed frame is in the deployed configuration, with legs that are automatically deployable when the bed frame is moved from the retracted configuration to the deployed configuration, and that are automatically foldable away when the bed frame is moved from the deployed configuration to the retracted configuration.

[0160] In some embodiments, one or more additional modules or accessories are coupled or couplable to the floor stand to improve the experience of a user of the foldable bed.

[0161] One or more storage units, such as a shelving unit, a cabinet, or a rack, may be coupled or couplable to the floor stand. Advantageously, the provision of additional storage units may increase the amount of storage available to a user of the foldable bed. The one or more storage units may be releasably couplable to the floor stand. The one or more storage units may be fixed to the floor stand. Preferably, the one or more storage units are coupled to a side of the floor stand. The one or more side units may be coupled to a side panel of the floor stand.

[0162] A desk or table may be coupled to the floor stand. The desk or table may be coupled to the sides or the back of the floor stand. The desk or table may be releasably couplable to the floor stand. The desk or table may be movably coupled to the floor stand. The desk or table may be rotatably coupled to the floor stand. The desk or table may be fixed to the floor stand.

[0163] The foldable bed may comprise a pole coupled or couplable to the floor stand. The pole may be configured to extend in a vertical orientation. Preferably, the pole is configured to extend in a vertical orientation from a side of the floor stand. The pole may be releasably couplable to the floor stand. The pole may be fixed to the floor stand.

[0164] One or more accessories may be provided on the pole.

[0165] A lamp may be provided on the pole. The lamp may be fixed to the pole. The lamp may be fixed at an upper end of the pole. The lamp may be movably coupled to the pole. The lamp may be rotatably coupled to the pole.

[0166] A headboard panel may be provided on the pole. The headboard panel may extend from the pole in a vertical orientation, or an inclined orientation, adjacent the head end of the bed frame when the bed frame is in the deployed configuration. In this arrangement, the headboard panel may function as a headboard of the foldable bed.

[0167] A desk panel may be provided on the pole. The desk panel may extend from the pole in a horizontal orientation, adjacent a side of the bed frame when the bed frame is in the deployed configuration. In this arrangement, the desk panel may function as a desk or a table for a user of the foldable bed.

[0168] In some embodiments, a headboard panel may be movably coupled to the pole. The headboard panel may be rotatably coupled to the pole. Where the headboard panel is rotatably coupled to the pole, the headboard panel may be rotatable between a vertical orientation and / or an inclined orientation, and a horizontal orientation. In these embodiments, the headboard panel may be usable as a headboard of the foldable bed when the headboard panel is in the vertical or inclined orientation, and the headboard panel may be usable as a desk or a table when the headboard panel is in the horizontal orientation.

[0169] In some preferred embodiments, the foldable bed comprises a cover. The cover may extend from one end of the bed frame to the other. In other words, the cover may extend from the head end of the bed frame to the foot end of the bed frame. The cover may extend from one side of the bed frame to the other. When the bed frame is in the deployed configuration, the cover may extend from the head end of the bed frame to the foot end of the bed frame, and from one side of the bed frame to the opposite side of the bed frame.

[0170] The cover may extend over the bed frame when the bed frame is in the deployed configuration. The cover may extend over the bed frame in the manner of a tent. The cover may provide a substantially isolated sleeping accommodation of a user of the bed. Advantageously, the cover may provide shelter from the elements and additional privacy to a user.

[0171] In some embodiments, the foldable bed comprises an upright member. The upright member may be configured to extend over or above at least one of the first bed frame section and the second bed frame section when the bed frame is in the deployed configuration. The upright member may be rotatably coupled to the bed frame. The upright member may be rotatably coupled to first bed frame section. The upright member may be rotatably coupled to the second bed frame section. Where the bed frame comprises a third bed frame section, the upright member may be configured to extend over or above the third bed frame section when the bed frame is in the deployed configuration. The upright member may be rotatably coupled to the third bed frame section.

[0172] The cover may be configured to extend over or above the upright member when the bed frame is in the deployed configuration. Preferably, the foldable bed comprises at least one upright member at the head end of the bed frame. The foldable bed may comprise a first upright member and a second upright member, and when the bed frame is in the deployed configuration, the first upright member may be arranged at the head end of the bed frame, and the second upright member may be arranged between the head end of the bed frame and the foot end of the bed frame.

[0173] The cover may be formed from any suitable material. Preferably, the material is waterproof. Preferably, the cover is formed from a fabric or textile material. The cover may be a sheet. The cover may be formed from a polymeric material, such a polyester or nylon. The cover may comprise cotton or a polycotton material.

[0174] The cover may be provided with at least one of a window and a door. A window may provide optional ventilation for the sleeping accommodation. The window may be openable and closable. The window may be removable. The window may be closable and / or sealable with fastening means. The window may be closable and / or sealable with any suitable fastening means, such as zips or hooks and loops. A door may provide optional access to the sleeping accommodation. The door may be openable and closable. The door may be removable. The door may be closable and / or sealable with fastening means. The door may be closable and / or sealable with any suitable fastening means, such as zips or hooks and loops.

[0175] The cover may be configured to enable the bed frame to be moved between the deployed configuration and the retracted configuration without removing the cover. This may facilitate movement of the bed frame between the deployed configuration and the retracted configuration. This may facilitate deployment and storage of the bed frame, the cover, and the sleeping accommodation as a whole. The cover may comprise a gusset at intersections between bed frame sections. Gussets at the intersections between bed frame sections may enable the bed frame to be moved between the deployed configuration and the retracted configuration, unrestricted by the cover.

[0176] Examples will now be further described with reference to the figures in which:

[0177] Figures 1 (a)-(d) show schematic representations of a foldable bed in accordance with a first example of the disclosure;

[0178] Figures 2(a)-(d) show schematic representations of a portion of the first bed frame section and a portion of the second bed frame section of the foldable bed of Figures 1 (a)-(d); Figures 3(a)-(e) show schematic representations of the hinge rotatably connecting the first bed frame section to the second bed frame section of the foldable bed of Figures 1 (a)-(d);

[0179] Figures 4(a)-(b) show schematic representations of the floor stand of the foldable bed of Figures 1(a)-(d);

[0180] Figure 5 shows an exploded representation of the floor stand of Figures 4(a)-(b);

[0181] Figures 6(a)-(h) show schematic representations of top and bottom pivot plates rotatably coupling the headboard to the body of the floor stand of Figures 4(a)-(b);

[0182] Figures 7(a)-(d) show schematic representations of a foldable bed in accordance with a second example of the disclosure;

[0183] Figures 8(a)-(f) show schematic representations of a foldable bed according to a third example of the disclosure, wherein the bed comprises a thin mattress and a thick mattress;

[0184] Figures 9(a)-(c) show schematic representations of a foldable bed according to a fourth example of the disclosure;

[0185] Figures 10(a)-(e) show schematic representations of a foldable bed according to a fifth example of the disclosure;

[0186] Figures 11 (a)-(c) show schematic representations of the foldable bed of Figures 10(a)- (e), wherein the floor stand of the foldable bed comprises an alternative front panel;

[0187] Figures 12(a)-(d) show schematic representations of a foldable bed according to a sixth example of the disclosure;

[0188] Figures 13(a)-(e) show further schematic representations of the foldable bed of Figures 12(a)-(d), wherein the foldable bed comprises different modules attached to the floor stand;

[0189] Figures 14(a)-(d) show schematic representations of a foldable bed according to a seventh example of the disclosure;

[0190] Figures 15(a)-(f) show further schematic representations of the foldable bed of Figures 14(a)-(d), wherein the foldable bed comprises a light and movable headboard panel; and

[0191] Figures 16(a)-(b) show schematic representations of a foldable bed according to an eighth example of the disclosure;

[0192] Figures 17(a)-(e) show schematic representations of a foldable bed according to a ninth example of the disclosure;

[0193] Figures 18(a)-(d) show schematic representations of a foldable bed according to a tenth example of the disclosure; and

[0194] Figures 19(a)-(g) show schematic representations of a floor stand of a foldable bed according to an eleventh example of the disclosure.

[0195] Figures 1 (a)-(d) show schematic representations of a foldable bed 1 in accordance with a first example of the disclosure. Figure 1(a) shows a perspective view of the foldable bed 1 in a deployed configuration. Figure 1(b) shows a perspective view of the foldable bed 1 of Figure 1(a) being moved between the deployed configuration and a retracted configuration. Figure 1(c) shows a perspective view of the foldable bed 1 of Figure 1(a) in the retracted configuration. Figure 1(d) shows a perspective view of the foldable bed 1 of Figure 1 (a) in the retracted configuration, and with a seat deployed from a floor stand of the foldable bed 1 .

[0196] As shown in Figures 1 (a)-(d), the foldable bed 1 comprises a bed frame 2, and a floor stand 3. The bed frame 2 comprises a first bed frame section 4, and a second bed frame section 5. The second bed frame section 5 is rotatably coupled to the first bed frame section 4, as described in more detail later on with reference to Figures 2(a)-(e).

[0197] The floor stand 3 comprises an upper portion including an upper end 6 and a lower portion including a storage region 7 arranged below the upper end 6. The first bed frame section 4 is rotatably coupled to the floor stand 3 at the upper end 6. The floor stand 3 is configured to stand on a floor of a room and support at least a portion of the bed frame 2 at the upper end 6, at a desired height above the floor. The bed frame 2 is movable between a deployed configuration, as shown in Figure 1(a), and a retracted configuration, as shown in Figures 1 (c)-(d). In the deployed configuration, the first bed frame section 4 and the second bed frame section 5 are arranged in a horizontal orientation, and the first bed frame section 4 and the second bed frame section 5 together form a bed frame that is configured to support a mattress 8, and a person lying on the mattress 8. In the retracted configuration, the first bed frame section 4 and the second bed frame section 5 extend in a vertical orientation and extend above the upper end 6 of the floor stand 3. In the retracted configuration, the top of the bed frame 2 is exposed. In other words, the upper end of the bed frame 2 is not covered by any portion of the floor stand 3 when the bed frame 2 is in the retracted configuration.

[0198] In the deployed configuration, as shown in Figure 1 (a), the first bed frame section 4 and the second bed frame section 5 are arranged end-to-end, in the same horizontal plane. The first bed frame section 4 and the second bed frame section 5 form a substantially rectangular platform for supporting the mattress 8. In this example, when the bed frame 2 is arranged in the deployed configuration, the bed frame 2 has a length of about 2000 millimetres, and a width of about 1300 millimetres, which is suitable to support a conventional mattress for a small double bed.

[0199] A head end of the bed frame 2, which is also a head end of the first bed frame section 4, is rotatably coupled to the floor stand 3. When the bed frame 2 is in the deployed configuration, the length of the bed frame 2 extends out from a front side of the floor stand, and only a small portion of the head end of the bed frame 2 is arranged on the floor stand 3, with the majority of the length of the bed frame 2 extending beyond the floor stand 3. When the bed frame 2 is in the deployed configuration, a foot end of the bed frame 2, which is also a foot end of the second bed frame section 5, is the furthest portion of the bed frame 2 from the floor stand 3. Accordingly, the first example is an example of a “longitudinal” foldable bed, in which the length of the bed frame extends out from the front of the floor stand when the bed frame is in the deployed configuration.

[0200] In this example, the first bed frame section 4 and the second bed frame section 5 are substantially identical. The bed frame 2 folds about an axis 11 extending in the direction of the width of the bed frame 2, such that the length of the bed frame 2 is halved when the bed frame 2 is moved from the deployed configuration to the retracted configuration.

[0201] Also in this example, the head end of the bed frame 2 is rotatably coupled to an upper end of the floor stand 3, about an axis extending in the direction of the width of the bed frame 2 and the width of the floor stand 3. As such, the first bed frame section 4 is rotatable relative to the floor stand 3 in the same direction that the second bed frame section 5 is rotatable relative to the first bed frame section 4,

[0202] As mentioned above, the first bed frame section 4 and the second bed frame section 5 are substantially identical. Each of the first bed frame section 4 and the second bed frame section 5 comprises an outer bed frame member formed of laminated wood, and inner bed frame members (not shown) formed from stainless steel box section. The outer bed frame member of each bed frame section is bent into a U-shape and forms an outer end and two opposing sides of the frame section. The inner bed frame members extend between the opposing sides of the frame section, in a transverse direction, to add rigidity to the structure and to support a mattress 8 received on the bed frame section.

[0203] The first bed frame section 4 has a head end and a foot end. The second bed frame section 5 has a head end and a foot end. The foot end of the first bed frame section 4 and the head end of the second bed frame section 5 are rotatably coupled together. In the deployed configuration, the foot end of the first bed frame section 4 and the head end of the second bed frame section 5 abut, such that the outer bed frame members of the first bed frame section 4 and the second bed frame section 5 together define the rectangular outer profile of the bed frame.

[0204] The head end of the first bed frame section 4 forms a head end of the bed frame 2 in the deployed configuration. The foot end of the second bed frame section 5 forms a foot end of the bed frame 2 in the deployed configuration. The distance between the head end of the bed frame 2 and the foot end of the bed frame 2 in the deployed configuration defines the length of the bed frame 2. The distance between the opposing sides of the first bed frame section 4 and the second bed frame section 5 defines the width of the bed frame 2.

[0205] In the deployed configuration, the bed frame 2 has a mattress receiving end 9 and a base end 10. The mattress receiving end 9 of the bed frame 2 is defined by the upper edge of the outer bed frame members of the first bed frame section 4 and the second bed frame section 5. The base end 10 of the bed frame 2 is defined by the lower edges of the outer bed frame members of the first bed frame section 4 and the second bed frame section 5. The mattress receiving end 9 and base end 10 of the bed frame 2 extend the length and width of the bed frame in parallel horizontal planes, separated by a thickness of the bed frame 2.

[0206] The mattress 8 is supported on top of the inner bed frame members of the first bed frame section 4 and the second bed frame section 5. The mattress 8 comprises two substantially identical mattress sections, a first mattress section and a second mattress section. The first mattress section is received in the first bed frame section 4, and configured to fill the space defined between the outer bed frame member and the inner bed frame members. The second mattress section is received in the second bed frame section 5, and configured to fill the space defined between the outer bed frame member and the inner bed frame members. When the bed frame 2 is in the deployed configuration, the first mattress section and the second mattress section abut to form a complete mattress 8, with a sleep surface arranged above the mattress receiving end 9 of the bed frame 2. The mattress 8 has a length of about 2000 millimetres, and a width of about 1300 millimetres, which is equivalent to a mattress of a small double bed.

[0207] In this example, the outer bed frame members of the first bed frame section 4 and the second bed frame section 5 extend up the sides of the mattress 8, to help retain the mattress 8 within the bed frame 2. In this example, the mattress 8 has a thickness of about 100 millimetres, and a 10 millimetre portion of the thickness of the mattress 8 extends above the mattress receiving end 9 of the bed frame 2 when the mattress 8 is positioned on the bed frame. In this arrangement, the sleep surface of the mattress 8 is raised above the outer bed frame members of the first bed frame section 4 and the second bed frame section 5.

[0208] The first bed frame section 4 and the second bed frame section 5 are rotatably coupled together by a pair of hinges 12, which are described in more detail below with reference to Figures 3(a)-(e). The axis 11 , about which the first bed frame section 4 and the second bed frame section 5 are rotatably coupled together, is arranged at the base end 10 of the bed frame 2. Accordingly, the bed frame 2 of the first example is a bottom hinged bed frame 2.

[0209] As shown in Figures 1 (b)-(d), rotatably coupling the first bed frame section 4 and the second bed frame section 5 about the axis 11 , at the base end 10 of the bed frame 2, results in the foot end of the first bed frame section 4 and the head end of the second bed frame section 5 moving upwards when the bed frame 2 is moved from the deployed configuration to the retracted configuration. Such positioning of the axis 11 at the base end 10 of the bed frame 2 also results in both the sleep surface of the first section of the mattress 8, held in the first bed frame section 4, and the sleep surface of the second section of the mattress 8, held in the second bed frame section 5, being moved outwardly from each other, such that the sleep surfaces of the mattress sections are exposed and form outer surfaces of the foldable bed 1 when the bed frame 2 is in the retracted configuration. Advantageously, arranging the sleep surfaces of each of the first and second sections of the mattress 8 as external surfaces of the foldable bed 1 when the bed frame 2 is in the retracted configuration may facilitate use of the foldable bed 1 as a seat when the bed frame 2 is in the retracted configuration, as explained in more detail below with reference to Figure 4(b).

[0210] Advantageously, exposing the sleep surfaces of each section of the mattress 8 when the bed frame 2 is in the retracted configuration may also facilitate the use of mattresses of different thicknesses with the bed frame 2, as explained in more detail below with reference to Figures 8(a)-(f), and 9(a)-(c).

[0211] The bed frame 2 is rotatably coupled to the upper portion of the floor stand 3 at the upper end 6. The floor stand 3 is discussed in detail below, with reference to Figures 4(a)-(b) and Figure 5.

[0212] Figures 2(a)-(d) show schematic representations of a portion of the first bed frame section and a portion of the second bed frame section of the foldable bed of Figures 1 (a)-(d). Figure 2(a) shows a perspective view of a portion of the first bed frame section and a portion of the second bed frame section of the foldable bed in the deployed configuration. Figures 2(b), and 2(c) show perspective views of the movement of the portion of the first bed frame section and the portion of the second bed frame section of the foldable bed from the deployed configuration to the retracted configuration. Figure 2(d) shows a perspective view of the movement of the portion of the first bed frame section and the portion of the second bed frame section of the foldable bed in the retracted configuration.

[0213] Figures 2(a)-2(d) show the first bed frame section 4 and the second bed frame section 5 without their outer bed frame members. As such, Figures 2(a)-(d) show only the inner bed frame members of the first bed frame section 4 and the second bed frame section 5. As shown in Figures 2(a)-2(d), each of the first bed frame section 4 and the second bed frame section 5 comprises two transverse inner bed frame members, a first inner transverse bed frame member and a second transverse inner bed frame member, extending the width of the bed frame section. The first transverse inner bed frame member is arranged at the head end of the bed frame section and the second transverse inner bed frame member is arranged at the foot end of the bed frame section. Each of the first bed frame section 4 and the second bed frame section 5 also comprises three longitudinal inner bed frame members. The longitudinal inner bed frame members extend between the first inner transverse bed frame member and the second inner transverse bed frame member. Such an arrangement of inner bed frame members provides a rigid base on which a mattress may be supported, and on which the outer bed frame members may be mounted.

[0214] As shown in Figures 2(a)-(d), the foldable bed 1 further comprises two pairs of legs, a first pair of legs 14, and a second pair of legs 15. When the bed frame 2 is in the deployed configuration, the bed frame 2 is supported on the floor of the room between the floor stand 3, the first pair of legs 14, and the second pair of legs 15. In the deployed configuration, the head end of the bed frame 2 is supported by the floor stand 3. The first pair of legs 14 support the foot end of the first bed frame section 4 when the bed frame 2 is in the deployed configuration. The second pair of legs 15 support the foot end of the second bed frame section 5, which is the foot end of the bed frame 2, when the bed frame 2 is in the deployed configuration. The floor stand 3, the first pair of legs 14, and the second pair of legs 14 are all configured to support the bed frame 2 in a substantially horizontal plane, at the same desired height from the floor, when the bed frame 2 is in the deployed configuration.

[0215] In this example, each of the first and second pairs of legs 14, 15 is substantially identical. Each of the first and second pairs of legs 14, 15 comprises two opposing legs, one leg for supporting each of the opposing sides of the first bed frame section 4 and the second bed frame section 5, and a crossmember extending between the two opposing legs. In this example, each pair of legs 14, 15 is formed from the same laminated wood as the outer bed frame members. Each pair of legs 14, 15 also comprises a rubber foot at a lower end, or foot end, of each leg to help prevent the legs from slipping on the floor during use.

[0216] The first pair of legs 14 and the second pair of legs 15 are rotatably coupled to the bed frame 2 such that both pairs of legs 14, 15 are configured to automatically deploy when the bed frame 2 is moved from the retracted configuration to the deployed configuration. Similarly, both pairs of legs 14, 15 are configured to automatically fold away when the bed frame 2 is moved from the deployed configuration to the retracted configuration.

[0217] The first pair of legs 14 is rotatably coupled to the foot end of the first bed frame section 4. When the bed frame 2 is in the retracted configuration, the first pair of legs 14 lies against the inner bed frame members of the first bed frame section 4, in a substantially vertical orientation, with the foot ends of the legs facing the head end of the first bed frame section 4. When the bed frame 2 is moved from the retracted configuration to the deployed configuration, the foot ends of the legs of the first pair of legs 14 move away from the inner bed frame members of the first bed frame section 4, towards the foot end of the first bed frame section 4. The first pair of legs 14 remains substantially in a vertical orientation due to gravity. As the bed frame 2 moves from the retracted configuration to the deployed configuration, the first pair of legs 14 rotates by about 100 degrees relative to the first bed frame section 4 when the bed frame 2 is in the deployed configuration, such that the first pair of legs 14 are angled over 90 degrees relative to the plane of the bed frame 2. The rotation of the first pair of legs 14 beyond 90 degrees is described in more detail below. Stops 141 are provided on the first bed frame section 4, adjacent the upper end of the first pair of legs 14 at the foot end side, to prevent the first pair of legs 14 from rotating further towards the foot end of the first bed frame section 4, over 100 degrees relative to the plane of the bed frame 2. Advantageously, rotating the first pair of legs 14 over 90 degrees when the bed frame 2 is in the deployed configuration reduces the risk of the first pair of legs 14 folding back towards the head end of the bed frame 2 when the first pair of legs 14 is under load when a user is lying on the bed 1 .

[0218] A first pair of lines 16 is provided between a lower portion of the first pair of legs 14 and the floor stand 3. The first pair of lines 16 is configured to be taut when the bed frame 2 is in the deployed configuration and the first pair of legs 14 is fully deployed. The first pair of lines 16 helps to prevent the first pair of legs 14 from over-rotating beyond 100 degrees in the direction of the foot end of the first bed frame section 14, to reduce the risk of the first pair of legs 14 folding back towards the head end of the bed frame 2 when the first pair of legs 14 is under load when a user is lying on the bed 1. The first pair of lines 16 also helps to ensure the lower end of the first pair of legs 14 moves back towards the head end of the bed frame 2 when the bed frame 2 is moved from the deployed configuration to the retracted configuration.

[0219] The second pair of legs 15 is rotatably coupled to the second bed frame section 5. When the bed frame 2 is in the retracted configuration, the second pair of legs 15 lies against the inner bed frame members of the second bed frame section 5, in a substantially vertical orientation, with the foot ends of the legs facing the foot end of the second bed frame section 5. When the bed frame 2 is moved from the retracted configuration to the deployed configuration, the foot ends of the legs of the second pair of legs 15 move away from the inner bed frame members of the second bed frame section 5, towards the head end of the second bed frame section 5. The second pair of legs 15 also remains substantially in a vertical orientation due to gravity. As the bed frame 2 moves from the retracted configuration to the deployed configuration, the second pair of legs 15 rotates by about 100 degrees relative to the second bed frame section 5 when the bed frame 2 is in the deployed configuration, such that the second pair of legs 15 are angled over 90 degrees relative to the plane of the bed frame 2. Stops 151 are provided on the second bed frame section 5, adjacent the upper end of the second pair of legs 15 at the head end side, to prevent the second pair of legs 15 from rotating further towards the head end of the second bed frame section 5, over 100 degrees relative to the plane of the bed frame 2. Advantageously, rotating the second pair of legs 15 over 90 degrees when the bed frame 2 is in the deployed configuration reduces the risk of the second pair of legs 15 folding back towards the foot end of the bed frame 2 when the second pair of legs 15 is under load when a user is lying on the foldable bed 1.

[0220] A second pair of lines 17 is also provided between a lower portion of the second pair of legs 15 and the lower portion of the first pair of legs 14. The second pair of lines 17 is configured to be taut when the bed frame 2 is in the deployed configuration, the first pair of legs 14 is fully deployed, and the second pair of legs 15 is fully deployed. The first pair of legs 14 rotates beyond 90 degrees when the bed is moved into the deployed configuration due to the second pair of lines 17 pulling the first pair of legs 14 towards the foot end of the bed frame 2, as the second pair of lines 17 become tight. The second pair of legs 15 also rotates beyond 90 degrees when the bed frame is moved into the deployed configuration due to the second pair of lines 17 pulling the second pair of legs 15 towards the head end of the bed frame 2, as the second pair of lines 17 becomes tight. The second pair of lines 17 also helps to prevent the second pair of legs 15 from over-rotating beyond 100 degree towards the head end of the second bed frame section 5, to reduce the risk of the second pair of legs 15 folding back towards the foot end of the bed frame 2 when the second pair of legs 15 is under load when a user is lying on the foldable bed 1 .

[0221] To move the bed frame 2 of the first example from the deployed configuration into the retracted configuration, a user is required to:

[0222] 1 . lift the foot end of the second bed frame section 5 slightly; and

[0223] 2. push the foot end of the second bed frame section 5 back towards the head end of the first bed frame section 4 and the floor stand 3.

[0224] Lifting the foot end of the second bed frame section 5 slightly lifts the second pair of legs 15 off the ground, which allows the second pair of legs 15 to rotate towards the foot end of the second bed frame section 5. Pushing the foot end of the second bed frame section 5 urges the hinges 12, the head end of the second bed frame section 5, and the foot end of the first bed frame section 4 upwards, and moves the first bed frame section 4 and the second bed frame section 5 from the horizontal orientation of the deployed configuration into the vertical orientation of the retracted configuration, above the upper end 6 of the floor stand 3.

[0225] To move the bed frame 2 of the first example from the retracted configuration into the deployed configuration, a user is required to pull the foot end of the second bed frame section 5 forwards, away from the first bed frame section 4 and the floor stand 3.

[0226] Pulling the foot end of the second bed frame section 5 forwards urges the hinges 12, the head end of the second bed frame section 5, and the foot end of the first bed frame section 4 downwards, and moves the first bed frame section 4 and the second bed frame section 5 from the vertical orientation of the retracted configuration into the horizontal orientation of the deployed configuration. As the first bed frame section 4 and the second bed frame section 5 move out of the vertical orientation, gravity keeps the first pair of legs 14 and the second pair of legs 15 in a vertical orientation, until the first bed frame section 4 and the second bed frame section 5 are close the horizontal orientation, when the first and second pairs of lines 16, 17 pull the pairs of legs 14, 15 slightly out of the vertical orientation as the bed frame 2 reaches the deployed configuration.

[0227] Figures 3(a)-(e) show schematic representations of one of the hinges 12 of the foldable bed 1 of Figures 1(a)-(d). The hinge 12 shown in Figures 3(a)-(e) rotatably couples the foot end of the first bed frame section 4 to the head end of the second bed frame section 5, at one side of the bed frame 2. A second identical hinge 12 rotatably couples the foot end of the first bed frame section 4 to the head end of the second bed frame section 5 at the opposite side of the bed frame 2. Figure 3(a) shows a perspective view of the hinge 12 when the bed frame 2 is in the deployed configuration. Figures 3(b), 3(c), and 3(d) show perspective views of the movement of the hinge 12 from the deployed configuration to the retracted configuration.

[0228] Figure 3(e) shows a perspective view of the hinge 12 when the bed frame 2 is in the retracted configuration.

[0229] As shown in Figures 3(a)-(e), the hinge 12 comprises three plates, a first plate 18, a second plate 19, and a linkage plate 20. The first plate 18 and the second plate 19 are identical, and are interchangeable. Each of the first plate 18 and the second plate 19 comprises a generally rectangular plate formed from stainless steel, having a straight edge 21 , and one rounded corner 22, opposite the straight edge 21. Each of the first plate 18 and the second plate 19 is rotatably coupled to an end of the linkage plate 20 at a pivot 23 at a corner of the plate 18, 19, opposite the straight edge 21 and the rounded corner 22.

[0230] In this example, the first plate 18 is secured to an inner surface of an outer bed frame member of the first bed frame section 4, at the foot end on one of the sides of the first bed frame section 4, and the second plate 19 is secured to an inner surface of an outer bed frame member of the second bed frame section 5, at the head end on the same side of the second bed frame section 5.

[0231] In use, when the bed frame 2 is in the deployed configuration, the first plate 18 and the second plate 19 are arranged with their respective straight edges 21 aligned, and their rounded corners 22 abutting, as shown in Figure 3(a). The linkage plate 20, which is rotatably connected at opposite ends to each of the first plate 18 and the second plate 19 at pivots 23, extends over both the first plate 18 and the second plate 19, and over the rounded corners 22 of both the first plate 18 and the second plate 19. In this first example, in which the bed frame 2 is a bottom hinged bed frame 2, in which the sleep surfaces of the first mattress section and the second mattress section of the mattress 8 form external surfaces of the foldable bed 1 when the bed frame 2 is in the retracted configuration, the flat edges 21 of the first hinge plate 18 and the second hinge plate 19 are arranged towards the mattress receiving end 9 of the bed frame 2, and the rounded corners 22 of the first hinge plate 18 and the second hinge plate 19 are arranged towards the base end 10 of the bed frame 2.

[0232] As the bed frame 2 is moved from the deployed configuration to the retracted configuration, the linkage plate 20 is rotated 90 degrees relative to each of the first hinge plate 18 and the second hinge plate 19, and the second hinge plate 19 is rotated 180 degrees relative to the first hinge plate 18. Accordingly, the second bed frame section 5 is rotated 180 degrees relative to the first bed frame section 4, such that the sleep surfaces of the first mattress section and the second mattress section of the mattress 8 are rotated from the same horizontal plane of the deployed configuration to the separate, parallel vertical planes of the retracted configuration. The rounded corners 22 of the first plate 18 and the second plate 19 of the hinges 12 enable the second plate 19 to be rotated relative to the first plate 18, as shown in Figure 3(b), to move the second bed frame section 5 relative to the first bed frame section 4 out of the deployed configuration. Accordingly, the corresponding ends of the outer bed frame members to which the hinges 12 are fixed also have corresponding rounded corners, to facilitate the rotation.

[0233] As shown in Figure 3(c), the axis 11 , about which the first bed frame section 4 and the second bed frame section 5 rotate, passes through the centre of the linkage plate 20. As the second plate 19 is rotated relative to the first plate 18 from the deployed configuration to the retracted configuration, the first plate 18 and the second plate 19 move away from the axis 11. As such, as the second bed frame section 5 is rotated out of the deployed configuration relative to the first bed frame section 4, the first bed frame section 4 and the second bed frame section 5 both also move away from the axis 11 . This separation of the first bed frame section 4 from the second bed frame section 5 facilitates movement of the bed frame 2 between the deployed configuration and the retracted configuration, and facilitates correct positioning of the bed frame 2 in the retracted configuration, with the first bed frame section 4 and the second bed frame section 5 in their correct vertical orientations.

[0234] Advantageously, providing the hinge 12 with the linkage plate 20 rotatably coupled to both the first hinge plate 18 and the second hinge plate 19 enables a separation between the first bed frame section 4 and the second bed frame section 5 to be achieved without any portion of the hinge 12 protruding outwards beyond the bed frame 2 when the bed frame 2 is in the deployed configuration. It will be appreciated that such a separation of the first bed frame section 4 from the second bed frame section 5 may also be achieved using a two piece offset hinge. However, the use of a two piece offset hinge would typically require the pivot of the hinge to be arranged outwardly from the bed frame 2 when the bed frame 2 is in the deployed configuration. This may expose the hinge to additional risk of damage, may be less aesthetically pleasing to a user, and may be uncomfortable for a user if the user catches a protruding portion of the offset hinge during use of the foldable bed 1.

[0235] The first hinge plate 18 and the second hinge plate 19 are fixedly secured to the outer bed frame members of the bed frame 2 by two stainless steel bolts, a first bolt 24, and a second bolt 25. Each bolt 24, 25 is arranged to protrude from one side of either the first plate 18 or the second plate 19 to form a lug that engages with the linkage plate 20.

[0236] The first bolts 24 are arranged towards the rounded corners 22 of the first plate 18 and the second plate 19. The first bolts 24 are configured to engage with the linkage plate 20 when the bed frame 2 is in the deployed configuration, and the straight edges 21 of the first plate 18 and the second plate 19 are aligned. The linkage plate 20 has a pair of first recesses 26 arranged close to the centre of the linkage plate, which accommodate a portion of each of the first bolts / lugs 24 when the bed frame 2 is in the deployed configuration and the straight edges 21 of the first plate 18 and the second plate 19 are aligned, as shown in Figure 3(a). The second bolts 24 are arranged towards the pivots 23 of the first plate 18 and the second plate 18, and are configured to engage with the linkage plate 20 when the bed frame 2 is in the retracted configuration, and the first plate 18 and the second plate 19 are spaced apart. The linkage plate 20 has a pair of second recesses 26, at opposite ends of the linkage plate 20, which accommodate a portion of the first bolts / lugs 25 when the bed frame 2 is in the retracted configuration, and the first plate 18 is spaced apart from the second plate 19, as shown in Figure 3(e).

[0237] Figures 4(a)-(b) and Figure 5 show schematic representations of the floor stand 3 of the foldable bed 1 of Figures 1(a)-(d). Figure 4(a) shows a perspective view of the floor stand 3, when the bed frame 2 is in the deployed configuration. Figure 4(b) shows a perspective view of the floor stand 3, arranged for use as a seat when the bed frame 2 is in the retracted configuration. Figure 5 shows an exploded view of the floor stand 3 and its component parts.

[0238] As shown in Figures 4(a)-(b) and Figure 5, the floor stand 3 comprises a floor stand body 30. The floor stand body 30 comprises a plurality of panels. As shown in Figure 5, the plurality of panels comprise a pair of side panels 31 , a base panel 32, a top panel 33, a front panel 34, and a back panel 35. In this example, an upper surface of the top panel 33 and upper end portions of the side panels 31 , which extend above the top panel 33, form the upper end 6 of the floor unt 3. The plurality of panels form a storage container below the upper end 6, which defines the storage region 7. The pair of side panels 31 , the base panel 32, and the top panel 33 are formed from the same laminated wood as the outer bed frame members of the bed frame 2. The front panel 34, and the back panel 35 are formed from a flexible mesh material, which enables a user to access the storage region through the front panel 34 and the back panel 35.

[0239] The body of the floor stand 3 has a width between the side panels 31 that is slightly greater than the width of the bed frame 2, so that the head end of the bed frame 2 can be received on the upper surface of the top panel 33, without overlapping the side panels 31 on either side. The body of the floor stand 3 has a depth, between the front panel 34 and the back panel 35 that is greater than the combined depth of the bed frame 2 and mattress 8 when the bed frame 2 is in the retracted configuration, so that the bed frame 2 and mattress 8 are arranged entirely above the top panel 33, without extending beyond the top panel 33, when the bed frame 2 is in the retracted configuration.

[0240] The first bed frame section 4, at the head end of the bed frame 2, is rotatably coupled to the upper end 6 of the floor stand 3 about an axis 36 extending in the direction of the width of the floor stand 2 and the bed frame 2. In this example, the axis 36 is arranged at the base end 10 of the bed frame 2. The first bed frame section 4 is rotatably coupled to the upper surface of the top panel 33 by a pair of butt hinges 37, which are secured to the top panel 33 and secured to the head end of the first bed frame section 4. Although in this example the first bed frame section 4 is rotatably coupled to the top panel 33 of the floor stand 3, it will be appreciated that in other examples the first bed frame section 4 may be rotatably coupled to the upper ends of side panels 31 , above the top panel 33, or to another upper location, above the storage region 7, on the floor stand 3.

[0241] When the bed frame 2 is in the deployed configuration, the head end of the first bed frame section 4, which is also the head end of the bed frame 2, is supported from underneath by the floor stand 3. When the bed frame 2 is in the retracted configuration, the entire bed frame 2 is supported from underneath by the floor stand 3.

[0242] The side panels 31 of the body 30 of the floor stand have upper ends extending above the upper surface of the top panel 33. When the bed frame 2 is in the retracted configuration, arranged above the upper surface of the top panel 33, the bed frame 2 extends above the uppermost ends of the side panels 31. As such, when the bed frame 2 is in the retracted configuration, an upper portion of the bed frame 2 extends higher than the uppermost portion of the floor stand 3, and is fully exposed.

[0243] The floor stand 3 also comprises four wheels 38, in the form of caster wheels, which are secured to a lower surface of the base panel 32. One caster wheel 38 is arranged each corner of the floor stand 3. The wheels 38 enable the floor stand 3 to be moved easily when the bed frame 2 is arranged in the retracted configuration. In this example, the caster wheels 38 also comprise brakes, which may be engaged when the foldable bed 1 is to be deployed into the deployed configuration to prevent the floor stand 3 from readily moving across the floor. Although in this example the floor stand 3 comprises four wheels 38, it will be appreciated that in other examples the floor stand may comprise legs or the base panel 32 may be configured to be placed directly on the floor.

[0244] The floor stand 3 further comprises a headboard panel 40. The headboard panel 40 is formed from the same laminated wood as the side panels 31 , base panel 32, top panel 33, and outer bed frame members of the bed frame 2. As shown in Figures 1 (a)-(d), and Figures 4(a)- (b), the headboard panel 40 is movable relative to the body 30 of the floor stand 3. The headboard panel 40 is movable between three different configurations, a headboard configuration, a storage configuration, and a seat configuration.

[0245] The headboard panel 40 is shown in the headboard configuration in Figure 1 (a) and Figure 4(a). In the headboard configuration, the headboard panel 40 is arranged in an inclined orientation, with a lower portion of the headboard panel 40 arranged closer to the front panel 34 than an upper portion of the headboard panel 40. In the headboard configuration, a lower end of the headboard panel 40 is decoupled from the side panels 31 and arranged at the head end of the bed frame 2, and an upper end of the headboard panel 40 is rotatably coupled to the upper ends of the side panels 31. In the headboard configuration, the headboard panel 40 functions as a headboard for the foldable bed 1 when the bed frame 2 is in the deployed configuration. In the headboard configuration, the lower end of the headboard panel 40 is arranged at the head end of the bed frame 2 to ensure that there is minimal gap between the headboard panel 40 and the bed frame 2, which may be uncomfortable for a user sitting up on the bed against the headboard panel 40. Afront face of the headboard 40 comprises a cushion secured to the face to improve comfort for a user resting on the headboard when sitting up on the bed.

[0246] The headboard panel 40 is shown in the storage configuration in Figure 1 (b). In the storage configuration, the headboard panel 40 is arranged in a vertical orientation, with the upper end of the headboard panel 40 rotatably coupled to the upper ends of the side panels 31 , and the lower end of the headboard panel also coupled to the side panels 31 . In the storage configuration, the headboard panel 40 is arranged to enable the bed frame 2 to be moved from the deployed configuration into the retracted configuration, in which the bed frame 2 is fully arranged on the floor stand 3, above the upper surface of the top panel 33.

[0247] The headboard panel 40 is shown in the seat configuration in Figure 1(d) and Figure 4(b). In the seat configuration, the headboard panel 40 is arranged in a horizontal orientation, with the upper portion of the headboard panel 40 decoupled from the side panels 31 , and the headboard panel 40 extending out from the back of the body 30 of the floor stand 3, with the front face facing upwards, to form a seat. When the headboard panel 40 is in the seat configuration, the upper end of the headboard panel 40 is decoupled from the side panels 31 , and the lower end of the headboard panel 40 is rotatably coupled to the side panels 31 .

[0248] When the headboard panel 40 is in the seat configuration, the front face of the headboard panel 40 faces upwards, so that the cushion secured to the front face is able to be used as a cushion for the seat. When the headboard panel 40 is in the seat configuration, and the bed frame 2 is in the retracted configuration, the sleep surface of the first mattress section of the mattress 8 faces the back of the floor stand 3, and forms a back to the seat. Accordingly, the first mattress section of the mattress 8 provides a cushioned seat back that is comfortable for a user sitting on the seat.

[0249] The floor stand 3 further comprises a pair of removable seat legs 41 , which are attachable to a back face of the headboard panel 40 via screw thread couplings at each corner of the upper portion. The seat legs 41 support the upper end of the headboard panel 40 on the floor, when the headboard panel 40 is in the seat configuration. The pair of seat legs 41 may be removed from the headboard panel 40 and stored in the storage region 7 when the headboard panel 40 is not in the seat configuration.

[0250] The headboard panel 40 is movable between the three configurations as it is able to be coupled to the side panels 31 and decoupled from the side panels 31 at both the upper end and the lower end of the headboard panel 40, depending on which headboard panel 40 configuration is required. To achieve the necessary coupling and decoupling of the headboard panel 40, the headboard panel 40 is provided with an upper pair of pivot plates 42 arranged on opposing sides of the headboard panel 40 at the upper end, and a lower pair of pivot plates 43 arranged on opposing sides of the headboard panel 40 at the lower end. The upper pair of pivot plates 42 enable the upper end of the headboard panel 40 to be removably coupled to the upper ends of the side panels 31 , and the lower pair of pivot plates 43 enable the lower end of the headboard panel 40 to be removably coupled to the side panels 31 , around the upper surface of the top panel 33, as described in more detail below with reference to Figures 6(a)-(h).

[0251] Figures 6(a)-(h) show schematic representations of one of the pair of upper pivot plates 42 and one of the pair of lower pivot plates 43, from one side of the headboard panel 40 of the floor stand 3 of Figures 4(a)-(b) and 5.

[0252] Figure 6(a) shows a perspective view of the upper pivot plate 42. Figure 6(b) shows a perspective view of the lower pivot plate 43. Figure 6(c) shows a front view of the upper pivot plate 42 of Figure 6(a). Figure 6(d) shows a front view of the lower pivot plate 43 of Figure 6(b).

[0253] As shown in Figures 6(a)-(d), each of the pivot plates 42, 43 is identical, and interchangeable. Each pivot plate 42, 43 is a substantially rectangular stainless steel plate, having an L-shaped cavity 44 formed through the plate. The L-shaped cavity 44 has a body extending substantially the length of the pivot plate. One end of the body of the cavity 44 is closed and has a rounded profile, and the opposite end of the body of the cavity 44 extends substantially perpendicular to the body, forming a leg of the cavity that extends to a side edge of the pivot plate, where an opening 45 is formed.

[0254] The pivot plates 42, 43 are arranged to capture pivot pins 46, 47 provided on inner surfaces of the side panels 31. A pair of upper pivot pins 46 are arranged at the upper ends of the side panels 31 , for capture by the upper pivot plates 42. The upper pivot pins 46 are arranged at the same height as each other, along a horizontal axis 48 extending in the direction of the width of the floor stand 3. A pair of lower pivot pins 47 are arranged on the side panels 31 just above the upper surface of the top panel 33, for capture by the lower pivot plates 43. The lower pivot pins 47 are arranged at the same height as each other, along a horizontal axis 49 extending in the direction of the width of the floor stand 3. On each side panel 31 , the upper pivot pin 46 is also vertically aligned with the lower pivot pin 47.

[0255] The upper pivot plates 42 and the lower pivot plates 43 are arranged on the sides of the headboard panel 40 at different orientations. The upper pivot plates 42 are arranged at the upper end of the headboard panel with the opening 45 of the cavity 44 arranged below the closed, rounded end of the body of the cavity 44, and the opening 45 facing towards the front face of the headboard panel 40. The lower pivot plates 43 are rotated 180 degrees compared to the upper pivot plates 42, being arranged with the opening 45 of the cavity 44 above the closed, rounded end of the body of the cavity 44, and the opening 45 facing towards the back face of the headboard panel 40. Figure 6(e) shows a front view of the upper pivot plate 42 of Figure 6(a) with an upper pivot pin 46 received in the cavity 44, and shows how the upper pivot pin 46 is able to be moved out of the cavity 44 when the headboard panel 40 is moved upwards. Figure 6(f) shows a front view of the lower pivot plate 43 of Figure 6(b) with the lower pivot pin 47 received in the cavity 44, and shows how the lower pivot pin 47 is unable to be moved out of the cavity 44 when the headboard panel 40 is moved upwards. Figure 6(g) shows a front view of the upper pivot plate 42 of Figure 6(a) with the upper pivot pin 46 received in the cavity 44, and shows how the upper pivot pin 46 is unable to be moved out of the cavity 44 when the headboard panel 40 is moved downwards. Figure 6(h) shows a front view of the lower pivot plate 43 of Figure 6(b) with the lower pivot pin 47 received in the cavity 44, and shows how the lower pivot pin 47 is able to be moved out of the cavity when the headboard panel is moved downwards.

[0256] When the headboard panel 40 is in the storage configuration, the upper pivot pins 46 are received in the cavities 44 of the upper pivot plates 42, and the lower pivot pins 47 are received in the cavities 44 of the lower pivot plates 43. By default in the storage condition, the upper and lower pivot pins 46, 47 reside at the upper ends of the cavities 44 of the upper and lower pivot plates 42, 43, as the weight of the headboard panel 40 pulls the headboard panel 40 vertically down towards the floor. As such, the headboard panel 40 hangs on the upper pivot pins 47 in a vertical orientation.

[0257] When the headboard panel 40 is in the storage configuration, the upper pivot pins 46 are effectively trapped at the closed, rounded ends of the cavities 44 of the upper pivot plates 42, resulting in the upper pivot plates 42, and the headboard panel 40, being rotatably coupled to the side panels 31 , and rotatable about the axis 48 formed by the upper pivot pins 46. Also when the headboard panel 40 is in the in the storage configuration, the lower pivot pins 47 are effectively free to move out of the opening 45 of the cavity 44 in the lower pivot plates 43, in the direction of the back face of the headboard panel 40. As such, the headboard panel 40 is able to be rotated about the axis 48 by moving the lower end of the headboard panel 40 towards the front of the floor stand 3, and the head end of the bed frame 2. Moving the lower end of the headboard panel 40 towards the head end of the bed frame 2 moves the lower pivot pins 47 out of the cavities 44 of the lower pivot plates 43, and moves the headboard panel 40 out of the storage configuration and into the headboard configuration. The rotation of the headboard panel 40 from the storage configuration to the headboard configuration may be reversed to move the headboard panel 40 from the headboard configuration to the storage configuration.

[0258] When the headboard panel 40 is in the headboard configuration, the lower end of the headboard panel 40 can slide back along the upper surface of the top panel 33, moving the headboard panel 40 back into the storage configuration. To prevent the headboard panel 40 from unintentionally being moved from the headboard configuration to the storage configuration, the floor stand 3 is further provided with a latch 50. The latch 50 is in the form of a U-shaped bar that extends the width of the headboard panel 40. The ends of the latch 50 are rotatably coupled to the lower end of the back face of the headboard panel 40 by hinges 51 . Stops 52 are provided on the upper surface of the top panel 33, at the back edge, which engage with the latch 50 when the headboard panel 40 is in the headboard configuration to prevent the headboard panel 40 from unintentionally moving out of the headboard configuration and into the storage configuration. The latch 50 may be released from the stops 52 by rotating the latch 50 about the hinges 51 and / or lifting the headboard panel 40 until the latch 50 is above the stops

[0259] 52. Releasing the latch 50 from the stops 52 releases the headboard panel 40 to move from the headboard configuration to the storage configuration.

[0260] When the headboard panel 40 is in the storage configuration, the headboard panel 40 may be lifted vertically upwards. This is because both the upper and lower pivot pins 46, 47 are free to move vertically downwards in the cavities 44 of the upper and lower pivot plates 42, 43. When a user lifts the headboard panel 40 upwards sufficiently for the upper and lower pivot pins 46, 47 to reach the lower ends of the cavities 44 of the upper and lower pivot plates 42, 43, the lower pivot pins 47 are effectively trapped at the closed, rounded ends of the cavities 44 of the lower pivot plates 43, resulting in the lower pivot plates 43, and the headboard panel 40, being rotatably coupled to the side panels 31 , and rotatable about the axis 49 formed by the lower pivot pins 47. As such, the headboard panel 40 is able to be rotated about the axis 49 by moving the upper end of the headboard panel 40 towards the back of the floor stand 3. Moving the upper end of the headboard panel 40 towards the back of the floor stand 3 moves the upper pivot pins 46 out of the cavities 44 of the upper pivot plates 42, and moves the headboard panel 40 out of the storage configuration and into the seat configuration. The rotation of the headboard panel 40 from the storage configuration to the seat configuration may be reversed to move the headboard panel 40 from the seat configuration to the storage configuration.

[0261] The floor stand 3 further comprises side openings 53 in the side panels 31 , which enable a user to access the storage region 7 through the sides. Such side openings may be particularly advantageous where access to the front panel 34 and the back panel 35 of the body of the floor stand is restricted. For example, where the back of the floor stand 3 is arranged against a wall, restricting access to the back panel 35, and the bed frame 2 is in the deployed configuration, restricting access to the front panel 34, the only possible access to the storage region 7 may be through a side opening 53 in a side panel 31.

[0262] The floor stand 3 further comprises a side opening cover 54 above each side opening

[0263] 53. The side opening cover 54 is rotatably coupled to the side panel 31 , and is movable between a closed position and an open position. In the closed position, the side opening cover 54 covers the side opening 53, and restricts access to the storage region 7 through the side opening 53. In the open position, the side opening cover 54 does not cover the side opening 53, and enables access to the storage region 7 through the side opening 53. In this example, the side opening cover 54 is arranged in a substantially horizontal orientation when the side opening cover 54 is in the open configuration, and is lockable in the open configuration via a latch (not shown). When the side opening cover 54 is locked in the open configuration, the side opening covers 54 may function as tables, and particularly bedside tables when the bed frame 2 is in the deployed configuration.

[0264] Figures 7(a)-(d) show schematic representations of a foldable bed 1 in accordance with a second example of the disclosure. The foldable bed 1 of the second example of Figures 7(a)- (d) is substantially similar to the foldable bed 1 of the first example of Figures 1 (a)-(d), and like references numerals are used to denote like features. Although the foldable bed 1 of the second example is shown in Figures 7(a)-(d) without a mattress, the foldable bed 1 is intended to be used with a mattress, in the same manner as the foldable bed 1 of the first example of Figures 1(a)-(d).

[0265] Figure 7(a) shows a perspective view of the foldable bed 1 of the second example in a deployed configuration. Figure 7(b) shows a perspective view of the foldable bed 1 of Figure 7(a) being moved between the deployed configuration and a retracted configuration. Figure 7(c) shows a perspective view of the foldable bed 1 of Figure 7(b) moved further towards the retracted configuration. Figure 7(d) shows a perspective view of the foldable bed 1 of Figure 7(a) in the retracted configuration.

[0266] The foldable bed 1 of the second example comprises a bed frame 2, and a floor stand 3.

[0267] The bed frame 2 of the second example is a bottom hinged bed frame 2, having a first bed frame section 4 and a second bed frame section 5 that are substantially similar to the first bed frame section 4 and the second bed frame section 5 of the first example, and are rotatably coupled together in the same manner as in the first example.. The only difference between the bed frame 2 of the second example and the bed frame 2 of the first example is that in the second example both the outer bed frame members and the inner bed frame members of the first bed frame section 4 and the second bed frame section 5 are formed from stainless steel, such that the outer bed frame members comprise stainless steel sheets bent into a U-shape.

[0268] As in the first example, the foldable bed 1 of the second example comprises two pairs of legs, a first pair of legs 14 rotatably coupled to the first bed frame section 4, and a second pair of legs 15 rotatably coupled to the second bed frame section 5. The first pair of legs 14 and the second pair of legs 15 of the second example differ from the first pair of legs 14 and the second pair of legs 15 of the first example in that the first pair of legs 14 and the second pair of legs 15 of the second example are each formed from U-shaped rods of stainless steel. The foldable bed 1 of the second example is also not provided with the first pair of lines 16 or the second pair of lines 17 of the first example to help to prevent the pairs of legs 14, 15 from over-rotating.

[0269] The floor stand 3 of the second example differs from the floor stand 3 of the first example. The floor stand 3 of the second example is a simplified unit compared to the floor stand 3 of the first example. The floor stand 3 of the second example comprises a substantially cuboidal body 30, and does not comprise a headboard panel or upper portions of the side panels that extend above the upper surface of the top panel of the floor stand 3, as in the first example. The body 30 of the floor stand 3 of the second example comprises a pair of side panels, a base panel, a top panel, a front panel, and a back panel. All of the panels of the body 30 of the floor stand 3 of the second example are formed from a stainless steel mesh.

[0270] The body 30 of the floor stand 3 of the second example defines a storage region (not shown). The front panel of the body 30 of the floor stand 3 of the second example comprises a front opening (not shown) to enable access to the storage region from the front of the floor stand 3. A slidable cover (not shown) is arranged at the front panel of the floor stand 3 of the second example, the slidable cover being configured to slide between an open position and a closed position. In the open position, the slidable cover is arranged over the front panel and does not cover the front opening. In the closed position, the slidable cover covers the front opening and prevents access to the storage region within the body 30 of the floor stand 3.

[0271] An upper surface of the top panel of the body 30 of the floor stand 3 of the second example forms the upper end 6 of the floor stand 3. A head end of the first bed frame section 4 is rotatably coupled to the floor stand 3 at the upper surface of the top panel by a pair of hinges 37, in the same manner as the foldable bed 1 of the first example. The bed frame 2 also moves between the deployed configuration and the retracted configuration in the same manner as the bed frame 2 of the first example, as described above. When the bed frame 2 is in the deployed configuration, the length of the bed frame 2 extends outwards from the front of the floor stand 3, and is supported between the floor stand 3 and the first and second pairs of legs 14, 15. When the bed frame 2 is in the retracted configuration, all of the bed frame 2 is arranged above the upper end 6 of the floor stand 3. As such, when the bed frame 2 is in the retracted configuration, all of the bed frame 2 extends above the upper end 6 of the floor stand 3 and is exposed.

[0272] Figures 8(a)-(f) show schematic representations of a foldable bed 1 in accordance with a third example of the disclosure. The foldable bed 1 of the third example of Figures 8(a)-(f) is substantially similar to the foldable bed 1 of the second example of Figures 7(a)-(d), and like references numerals are used to denote like features.

[0273] Figure 8(a) shows a side view of the foldable bed 1 of the third example in a deployed configuration, in which a thin mattress is received by the bed frame 2. Figure 8(b) shows a side view of the foldable bed 1 of Figure 8(a) being moved between the deployed configuration and a retracted configuration. Figure 8(c) shows a side view of the foldable bed 1 of Figure 8(a) in the retracted configuration.

[0274] Figure 8(d) shows a side view of the foldable bed 1 of the third example in a deployed configuration, in which a thick mattress is received by the bed frame 2. Figure 8(e) shows a side view of the foldable bed 1 of Figure 8(d) being moved between the deployed configuration and a retracted configuration. Figure 8(f) shows a side view of the foldable bed 1 of Figure 8(d) in the retracted configuration.

[0275] The foldable bed 1 of the third example comprises a bed frame 2, and a floor stand 3. The floor stand 3 of the third example is identical to the floor stand 3 of the second example.

[0276] The bed frame 2 of the third example is a bottom hinged bed frame 2, having a first bed frame section 4 and a second bed frame section 5 that are substantially similar to the first bed frame section 4 and the second bed frame section 5 of the second example, and are rotatably coupled together in the same manner as in the second example.

[0277] A head end of the first bed frame section 4 of the third example is rotatably coupled to the upper end 6 of the floor stand 3 by a pair of hinges 37, in the same manner as in the second example.

[0278] The difference between the bed frame 2 of the third example and the bed frame 2 of the second example, is that in the third example the length of the first bed frame section 4 is greater than the length of the second bed frame section 5. As such, when the bed frame 2 of the third example is in the retracted configuration, the foot end of the second bed frame section 5 is spaced from the upper end 6 of the floor stand 3.

[0279] Another difference between the foldable bed 1 of the third example and the foldable bed 1 of the second example, is that the foldable bed 1 of the third example only comprises one pair of legs 15. The pair of legs 15 of the third example is identical to the second pair of legs 15 of the second example, and is rotatably coupled to a base end 10 of the second bed frame section 5. The pair of legs 15 of the third example rotates in the same manner as the second pair of legs 15 of the first example and the second example. In the third example, a line 17 is provided between a lower portion of the pair of legs 15 and a base end 10 of the first bed frame section 4. The line 17 is configured to be taut when the bed frame 2 is in the deployed configuration, and the pair of legs 15 is fully deployed. The line 17 helps to prevent the pair of legs 15 from over-rotating, to reduce the risk of the pair of legs 15 folding back towards the foot end of the bed frame 2 when the pair of legs 15 is under load when a user is lying on the foldable bed 1 .

[0280] The foldable bed 1 of the third example also comprises a mattress 8 supported on the bed frame 2. The mattress 8 comprises a first mattress section configured to be received in the first bed frame section 4, and a second mattress section configured to be received in the second bed frame section 5. When the bed frame 2 is in the deployed configuration, the first mattress section and the second mattress section abut to form the mattress 8, with a sleep surface arranged above the mattress receiving end 9 of the bed frame 2. An advantage of making the length of the second bed frame section 5 shorter than the length of the first bed frame section 4 can be that, when a mattress 8 is supported on the bed frame 2 and the bed frame 2 is in the deployed configuration, the intersection between the first mattress section and the second mattress section, at the sleep surface of the mattress 8, may be positioned away from the centre of the mattress 8, at a location that may be more comfortable for a user lying on the mattress.

[0281] In Figures 8(a)-(c), the mattress 8 has a thickness of about 100 millimetres, and a 10 millimetre portion of the thickness of the mattress 8 extends above the mattress receiving end 9 of the bed frame 2 when the mattress 8 is positioned on the bed frame 2.

[0282] In Figures 8(d)-(f), a thicker mattress 8 is shown supported on the bed frame 2. The thicker mattress 8 of Figures 8(d)-(f) has a thickness of about 200 millimetres, and a 110 millimetre portion of the thickness of the mattress 8 extends above the mattress receiving end 9 of the bed frame 2 when the mattress 8 is positioned on the bed frame 2.

[0283] The bed frame 2 of the third example is a bottom hinged bed frame 2, in which are rotatably coupled about an axis arranged at the base end 10 of the bed frame 2. As a result, when the bed frame 2 is moved from the deployed configuration to the retracted configuration both the sleep surface of the first section of the mattress 8, held in the first bed frame section 4, and the sleep surface of the second section of the mattress 8, held in the second bed frame section 5, are moved outwardly from each other, such that the sleep surfaces are exposed and form outer surfaces of the foldable bed 1 when the bed frame 2 is in the retracted configuration. Since the mattress sections are arranged on the outer sides of the bed frame 2 when the bed frame 2 is in the retracted configuration, the thickness of the mattress 8 is not limited by the arrangement of the bed frame 2 in the retracted configuration.

[0284] Figures 9(a)-(c) show schematic representations of a foldable bed 1 in accordance with a fourth example of the disclosure. The foldable bed 1 of the fourth example of Figures 9(a)-(c) is substantially similar to the foldable bed 1 of the second example of Figures 7(a)-(d), and like references numerals are used to denote like features.

[0285] Figure 9(a) shows a perspective view of the foldable bed 1 of the fourth example in a deployed configuration. Figure 9(b) shows a perspective view of the foldable bed 1 of Figure 9(a) being moved between the deployed configuration and a retracted configuration. Figure 9(c) shows a perspective view of the foldable bed 1 of Figure 9(a) in the retracted configuration.

[0286] The foldable bed 1 of the fourth example of Figure 9(a) comprises a bed frame 2, and a floor stand 3. The floor stand 3 of the fourth example is identical to the floor stand 3 of the second example.

[0287] The bed frame 2 of the fourth example is substantially similar to the bed frame 2 of the second example, comprising an identical first bed frame section 4 and an identical second bed frame section 5. The only difference between the bed frame 2 of the fourth example and the bed frame 2 of the second example is that the bed frame 2 of the fourth example is a top hinged bed frame 2. In other words, the first bed frame section 4 and the second bed frame section 5 of the fourth example are rotatably coupled together about an axis 11 which is arranged at the mattress receiving end 9 of the bed frame 2, rather than the base end 10 of the bed frame 2, as in the first, second, and third examples.

[0288] In the fourth example, the same hinges 12 are used to rotatably couple the first bed frame section 4 to the second bed frame section 5 as in the first, second, and third examples. However, in the fourth example the orientation of each hinge 12 is rotated by 180 degrees compared to the orientation of the hinges 12 in the first, second, and third examples. This rotation of the orientation of the hinges 12 in the fourth example moves the axis 11 from the base end 10 of the bed frame 2 to the mattress receiving end 9 of the bed frame 2. Such arrangement of the axis 11 at the mattress receiving end 9 of the bed frame 2 results in the second bed frame section 5 being required to be folded on top of the first bed frame section 4, when moving the bed frame 2 from the deployed configuration to the retracted configuration, as shown in Figure 9(b).

[0289] A mattress 8, is supported on the bed frame 2 of the fourth example, with a first mattress section received in the first bed frame section 4, and a second mattress section received in the second bed frame section 5. The positioning of the axis 11 at the mattress receiving end 9 of the bed frame 2 also results in both the sleep surface of the first section of the mattress 8 and the sleep surface of the second section of the mattress 8 being moved inwardly, towards each other, when the bed frame 2 is moved from the deployed configuration to the retracted configuration. Accordingly, when the bed frame 2 is in the retracted configuration the sleep surfaces of the first mattress section and the second mattress section of the mattress 8 are internal surfaces, rather than external surfaces of the foldable bed 1 .

[0290] In the fourth example, the sleep surfaces of the first mattress section and the second mattress section of the mattress 8 may abut with each other when the bed frame 2 is in the retracted configuration, depending on the amount the mattress 8 extends beyond the mattress receiving end 9 of the bed frame 2, and the separation between the first bed frame section 4 and the second bed frame section 5. The separation between the first bed frame section 4 and the second bed frame section 5 when the bed frame 2 is in the retracted configuration is dependent on the hinges 12. As a result, the thickness of the mattress 8 of the foldable bed 1 of the fourth example is limited by the separation between the first bed frame section 4 and the second bed frame section 5 when the bed frame 2 is in the retracted configuration. If the thickness of the mattress 8 is too great, the bed frame 2 will not be able to be moved fully into the retracted configuration, as the portions of the mattress 8 extending beyond the mattress receiving end 9 of the bed frame 2 will prevent the second bed frame section 5 from being rotated fully, relative to the first bed frame section 4, into the retracted configuration.

[0291] The head end of the bed frame 2 of the fourth example is rotatably coupled to the upper end of the floor stand 3 by a pair of hinges 37, in the same manner as in the second and third examples. The foldable bed 1 of the fourth example also comprises two pairs of legs, a first pair of legs 14 rotatably coupled to the first bed frame section 4, and a second pair of legs 15 rotatably coupled to the second bed frame section 5. The first pair of legs 14 and the second pair of legs 15 of the fourth example are identical to the first pair of legs 14 and the second pair of legs 15 of the second example, each pair of legs 14, 15 being formed from U-shaped rods of stainless steel. Also, as in the second example, the foldable bed 1 of the fourth example is not provided with the first pair of lines 16 or the second pair of lines 17 of the first example. Due to the positioning of the axis 11 , and the way in which the bed frame 2 of the fourth example moves from the retracted configuration and the deployed configuration, the second pair of legs 15 of the fourth example do not automatically deploy when the bed frame 2 is moved from the retracted configuration to the deployed configuration.

[0292] To move the bed frame 2 of the fourth example from the deployed configuration into the retracted configuration, a user is required to:

[0293] 1 . lift the foot end of the second bed frame section 5, and push the foot end of the second bed frame section 5 back towards the head end of the first bed frame section 4 and the floor stand 3 to rotate the second bed frame section 5 from the horizontal orientation of the deployed configuration over 180 degrees to rest on top of the first bed frame section 4;

[0294] 2. rotate the second pair of legs 15 from the deployed configuration to the retracted configuration, against the base end 10 of the second bed frame section 5;

[0295] 3. lift the foot end of the first bed frame section 4, together with the second bed frame section 5, and push the foot end of the first bed frame section 4 back towards the head end of the first bed frame section 4 and the floor stand 3 to rotate the first bed frame section 4 from the horizontal orientation of the deployed configuration to the vertical orientation of the retracted configuration; and

[0296] 4. rotate the first pair of legs 14 from the deployed configuration to the retracted configuration, against the base end 10 of the first bed frame section 4.

[0297] To move the bed frame 2 of the fourth example from the retracted configuration into the deployed configuration, a user is required to:

[0298] 1 . rotate the first pair of legs 14 away from the lower end of the bed frame 2 into the deployed configuration;

[0299] 2. pull the foot end of the first bed frame section 4 forwards, away from the floor stand 3 to rotate the first bed frame section 4 from the vertical orientation of the retracted configuration into the horizontal orientation of the deployed configuration, with the second bed frame section 5 on top;

[0300] 3. rotate the second pair of legs 15 out from the lower end of the bed frame 2 into the deployed configuration; and 4. lift the foot end of the second bed frame section 5 and pull the foot end of the second bed frame section 5 forwards, away from the floor stand 3 to rotate the second bed frame section 5 from on top of the first bed frame section 4 over 180 degrees into the horizontal orientation of the deployed configuration.

[0301] Figures 10(a)-(e) and Figures 11(a)-(c) show schematic representations of a foldable bed 1 in accordance with a fifth example of the disclosure. The foldable bed 1 of the fifth example of Figures 10(a)-(e) and Figures 11 (a)-(c) is substantially similar to the foldable bed 1 of the fourth example of Figures 9(a)-(c), and like references numerals are used to denote like features.

[0302] Figure 10(a) shows a perspective view of the foldable bed 1 of the fifth example in a deployed configuration. Figure 10(b) shows a perspective view of the foldable bed 1 of Figure 10(a) being moved between the deployed configuration and a retracted configuration. Figure 10(c) shows a perspective view of the foldable bed 1 of Figure 10(a) in the retracted configuration, with a front cover panel in a storage configuration. Figure 10(d) shows a perspective view of the foldable bed 1 of Figure 10(a) in the retracted configuration, with the front cover panel being moved between the storage configuration and a seat configuration. Figure 10(e) shows a perspective view of the foldable bed 1 of Figure 10(a) in the retracted configuration, with the front cover panel in the seat configuration.

[0303] Figure 11 (a) shows a perspective view of the foldable bed 1 of Figure 10(a) in the retracted configuration, with an alternative front cover panel in a storage configuration. Figure 11(b) shows a perspective view of the foldable bed 1 of Figure 11 (a) in the retracted configuration, with the front panel door in an open position. Figure 11 (c) shows a perspective view of the foldable bed 1 of Figure 11 (a) in the retracted configuration, with the alternative front cover panel in a table configuration.

[0304] The foldable bed 1 of the fifth example of Figure 10(a) comprises a bed frame 2, and a floor stand 3. The bed frame 2 of the fifth example is substantially similar to the bed frame 2 of the fourth example. The bed frame 2 of the fifth example is a top hinged bed frame, comprising a first bed frame section 4 and a second bed frame section 5, which are substantially similar to the first bed frame section 4 and the second bed frame section 5 of the fourth example.

[0305] The difference between the bed frame 2 of the fifth example and the bed frame 2 of the fourth example, is that in the fifth example the length of the first bed frame section 4 is greater than the length of the second bed frame section 5. As such, when the bed frame 2 of the fifth example is in the retracted configuration, the foot end of the second bed frame section 5 is spaced from the upper end 6 of the floor stand 3.

[0306] The floor stand 3 of the fifth example differs from the floor stand 3 of the fourth example. The floor stand 3 of the fifth example has a body 30 comprising a plurality of panels. The plurality of panels comprise: a pair of side panels 31 , a base panel, a top panel, a pair of front door panels 34, and a back panel. Each panel is formed from laminated wood, and comprises a window which is covered by a metal mesh. The panels are arranged to define a generally cuboidal storage region (not shown). The storage region is accessible through the pair of front door panels 34, which are rotatably coupled to the side panels 31 , and are movable between an open position and a closed position.

[0307] The side panels 31 of the fifth example have an upper portion that extends above the top panel. Accordingly, in the fifth example the upper portions of the side panels 31 and an upper surface of the top panel form the upper end of the floor stand 3. The head end of the first bed frame section 4 is rotatably coupled to the upper end 6 of the floor stand 3 in the fifth example by pivot pins 37 extending through the side panels 31 of the floor stand 3 into the first bed frame section 4.

[0308] The floor stand 3 of the fifth example also comprises a headboard panel 40 arranged above the back panel, which is fixed in a vertical orientation. The headboard panel acts as a headboard for the foldable bed 1 , when the bed frame 2 is in the deployed configuration.

[0309] The floor stand 3 of the fifth example further comprises a front cover panel 57, formed from a sheet of laminated wood. The front cover panel 57 fits over the entire exposed front surface of the first bed frame section 4 when the bed frame 2 is in the retracted configuration, as shown in Figure 10(c), to hide the frame members of the first bed frame section 4 from view. The front cover panel 57 is also arrangeable beneath the first bed frame section 4 when the bed frame 2 is in the deployed configuration, in a horizontal orientation, as shown in Figures 10(a)- (b). However, when the bed frame 2 is in the retracted configuration, the top of the bed frame 2, and the sides of the bed frame 2 remain exposed, forming outer surfaces of the foldable bed 1 .

[0310] The foldable bed 1 of the fifth example has a first pair of legs 14, and a second pair of legs 15. The first pair of legs 14 are removably couplable, via a screw thread coupling, to an end of the front cover panel 57, rather than to the first bed frame section 4. The first pair of legs 14 are arranged beneath the foot end of the first bed frame section 4 when the bed frame 2 is in the deployed configuration and the front cover panel 57 is arranged beneath the first bed frame section 2. The second pair of legs 15 are removably couplable, via a screw thread coupling, to the foot end of the second bed frame section 5.

[0311] The front cover panel 57 is also configurable as a seat when the bed frame 2 is in the retracted configuration. The front cover panel 57 has a joint 58 half way along the length of the front cover panel 57, which enables upper and lower sections of the front cover panel 57 to be folded to around 90 degrees. Once folded, the lower section of the front cover panel 57 forms a seat, and the upper portion forms a seat back, as shown in Figure 10(e). The front cover panel 57 is supported as a seat at the seat back by the floor stand 3 and first bed frame section 4, and is supported at the front by the first pair of legs 14. Advantageously, the seat extends out from the front of the floor stand 3, in the same direction as the bed frame in the deployed configuration. As such, the floor stand 3 is not required to be turned around in order to use the seat. This may be particularly advantageous in situations where the back of the floor stand 3 is secured to a wall.

[0312] An alternative front cover panel 57 is shown in Figures 11 (a)-(c). As shown in Figures 11(a)-(b), the alternative front cover panel only extends half the length of the first bed frame section 4. The alternative front cover panel 57 is usable as a table supported on the front door panels 34, when the bed frame 2 is in the retracted configuration and when the front door panels 34 are opened, as shown in Figure 11 (c).

[0313] Figures 12(a)-(d) and Figures 13(a)-(e) show schematic representations of a foldable bed 1 in accordance with a sixth example of the disclosure. The foldable bed 1 of the sixth example of Figures 12(a)-(d) and Figures 13(a)-(e) is similar to the foldable bed 1 of the fourth example of Figures 9(a)-(c), and like references numerals are used to denote like features.

[0314] Figure 12(a) shows a perspective view of the foldable bed 1 of the sixth example in a deployed configuration. Figure 12(b) shows a perspective view of the foldable bed 1 of Figure 12(a) being moved between the deployed configuration and a retracted configuration. Figure 12(c) shows a perspective view of the foldable bed 1 of Figure 12(b) moved further towards the retracted configuration. Figure 12(d) shows a perspective view of the foldable bed 1 of Figure 12(a) in the retracted configuration.

[0315] Figure 13(a) shows a perspective view of the foldable bed 1 of Figure 12(a) in the deployed configuration, with a desk. Figure 13(b) shows a perspective view of the foldable bed 1 of Figure 12(a) in the deployed configuration, with a headboard. Figure 13(c) shows a perspective view of the foldable bed 1 of Figure 12(a) in the deployed configuration, with additional storage modules. Figure 13(d) shows a perspective view of the foldable bed 1 of Figure 12(a) in the deployed configuration, with further storage modules. Figure 13(e) shows a perspective view of the foldable bed 1 of Figure 12(a) in the deployed configuration, with a cover extending over the bed frame.

[0316] The foldable bed of the sixth example of Figures 12(a)-(d) comprises a bed frame 2 and a floor stand 3. The floor stand 3 of the sixth example is identical to the floor stand 3 of the fourth example.

[0317] The bed frame 2 of the sixth example is a top hinged bed frame 2, having a first bed frame section 4 and a second bed frame section 5 rotatably coupled together about an axis 11 extending the width of the bed frame 2 and arranged a mattress receiving end of the bed frame 2. The bed frame 2 of the sixth example is substantially the same as the bed frame 2 of the fourth example, except that the head end of the bed frame 2 of the sixth example is formed by a third bed frame section 63.

[0318] The third bed frame section 63 is rotatably coupled to the head end of the first bed frame section about an axis 64, similar to the axis 11 , in that the axis 64 extends the width of the bed frame 2 and is arranged at a mattress receiving end 9 of the bed frame 2. The first bed frame section 4 comprises two outer bed frame members forming sides of the first bed frame section, and the third bed frame section 63 comprises an outer bed frame member bent into a U-shape to form an outer end and opposing sides of the third bed frame section 63. The length of the third bed frame section 63 is such that when the bed frame 2 is in the deployed configuration, the third bed frame section 63 lies on the upper surface of the body 30 of the floor stand 3, and extends to the back of the floor stand 3, without extending beyond the back of the floor stand 3.

[0319] A mattress (not shown) of the sixth example comprises three mattress sections, a first mattress section configured to be arranged on the first bed frame section 4, a second mattress section configured to be arranged on the second bed frame section 5, and a third mattress section configured to be arranged on the third bed frame section 63.

[0320] The head end of the first bed frame section 4 of the sixth example is rotatably coupled to the upper end of the floor stand 3 in the same manner as in the fourth example, except the position of the hinges 37 on the upper surface of the body 30 of the floor stand 3 is moved slightly forward, towards the front panel to ensure that there is sufficient space for the third bed frame section 63 to be folded into the deployed configuration on top of the upper surface of the body 30 of the floor stand 3.

[0321] When the bed frame 2 of the sixth example is moved from the deployed configuration to the retracted configuration, the same steps are taken as when moving the bed frame 2 of the fourth example from the deployed configuration to the retracted configuration. However, an additional step is required before the first bed frame section is lifted, in that the third bed frame section 63 is required to be lifted and rotated over 180 degrees onto the first bed frame section 4, as shown in Figures 12(b)-(c).

[0322] It will be appreciated that in some examples, the third bed frame section 63 may not be rotatably coupled to the first bed frame section 4, but rather may be rotatably coupled to the upper end of the floor stand 3. It will be appreciated that in some examples, the third bed frame section 63 may not be rotatably coupled to the first bed frame section 4, or to the upper end of the floor stand 3, but rather the third bed frame section 63 may be secured to the upper surface of the floor stand 3, such that the third bed frame section 63 remains in the horizontal orientation of the deployed configuration regardless of the configuration of the first bed frame section 4 and the second bed frame section 5.

[0323] As shown in Figures 13(a)-(b), the foldable bed 1 of the sixth example further comprises a pole 60 rotatably coupled to a side panel of the floor stand 3. The pole 60 extends in a substantially vertical orientation, above the floor stand 3 and the bed frame 2, and comprises a lamp at an upper end to provide a reading light to a user lying on the foldable bed 1.

[0324] A headboard panel 40 is movably coupled to the pole 60. The headboard panel is rotatable about the vertical axis of the pole 60, and is also rotatable in a plane perpendicular to the vertical axis of the pole 60, to rotate the headboard panel 40 between a horizontal orientation and a vertical orientation.

[0325] The headboard panel 40 is movable relative to the bed frame 2 and the floor stand 3 between a desk configuration and a headboard configuration. In the desk configuration, as shown in Figure 13(a), the headboard panel 40 is arranged in a horizontal orientation at a side of the bed frame 2. In the desk configuration, the headboard panel may function as a desk or a table for a user lying on the foldable bed 1 . In the headboard configuration, as shown in Figure 13(b), the headboard panel 40 is arranged in a vertical orientation at the head end of the bed frame 2, over the floor stand 3. In the headboard configuration, the headboard panel may function as a headboard for the foldable bed, when the bed frame 2 is in the deployed configuration.

[0326] As shown in Figures 13(c)-(d), additional storage units 65, 66 may be coupled to the floor stand 3 to provide additional storage options for a user of the foldable bed 1 of the sixth example. The storage units may comprise one or more of shelving units, cabinets, drawers, and storage containers.

[0327] As shown in Figure 13(e), a cover 67 may be provided over the bed frame 2 of the sixth example, in the manner of a tent. The cover 65 may provide shelter for a user lying on the foldable bed 1 , and additional privacy. Although not shown in Figure 13(e), it will be appreciated that one or more upright sections, similar to the U-shaped legs 14, 15, may be coupled to the bed frame 2, and extend over the bed frame 2 to help support the cover 67.

[0328] Figures 14(a)-(d) and Figures 15(a)-(f) show schematic representations of a foldable bed 1 in accordance with a seventh example of the disclosure. The foldable bed 1 of the seventh example of Figures 14(a)-(d) and Figures 15(a)-(f) is similar to the foldable bed 1 of the sixth example of Figures 12(a)-(d), and like references numerals are used to denote like features.

[0329] Figure 14(a) shows a perspective view of the foldable bed 1 of the seventh example in a deployed configuration. Figure 14(b) shows a perspective view of the foldable bed 1 of Figure 14(a) being moved between the deployed configuration and a retracted configuration. Figure 14(c) shows a perspective view of the foldable bed 1 of Figure 14(b) moved further towards the retracted configuration. Figure 14(d) shows a perspective view of the foldable bed 1 of Figure 14(a) in the retracted configuration.

[0330] Figure 15(a) shows a perspective view of the foldable bed 1 of Figure 14(a) in the deployed configuration, with a headboard. Figure 15(b) shows a perspective view of the foldable bed 1 of Figure 15(a) in the deployed configuration, with a desk. Figure 15(c) shows a perspective view of the foldable bed 1 of Figure 15(a) being moved between the deployed configuration and the retracted configuration. Figure 15(d) shows a perspective view of the foldable bed 1 of Figure 15(c) moved further towards the retracted configuration. Figure 15(e) shows a perspective view of the foldable bed 1 of Figure 15(d) moved further towards the retracted configuration. Figure 15(f) shows a perspective view of the foldable bed 1 of Figure 15(a) in the retracted configuration.

[0331] The foldable bed of the seventh example of Figures 14(a)-(d) comprises a bed frame 2 and a floor stand 3. The bed frame 2 of the seventh example is identical to the bed frame of the sixth example, except in the seventh example the second bed frame section 5 and the third bed frame section 63 are identical, and have the same length. The floor stand 3 of the seventh example is a simplified unit compared to the floor stand of the sixth example. The floor stand 3 of the seventh example comprises a generally cuboidal body having a pair of side panels, a base panel, and a top panel, which define a storage region 7. The floor stand 3 of the seventh example does not comprise a front panel or a back panel, such that the storage region 7 may be accessed freely from the front or the back of the floor stand 3.

[0332] In the seventh example, the head end of the first bed frame section 4 is rotatably coupled to the upper surface of the top panel of the floor stand 3 by a pair of hinges 37. However, in the seventh example the hinges 37 are hinged runners, such that the bed frame 2 is rotatable about an axis extending the width of the floor stand 3, and is translatable away from the front of the floor stand 3, as shown in Figure 14(b). Moving the head end of the first bed frame section 4 away from the front of the floor stand 3 provides additional space for a longer third bed frame section 63 to be arranged in the deployed configuration compared to the third bed frame section of the sixth example.

[0333] As shown in Figures 15(a)-(f), the foldable bed 1 of the seventh example may comprise the pole 60 coupled to a side panel of the floor stand 3, and the lamp and movable headboard 40 described above in relation to the sixth example of Figures 13(a)-(e).

[0334] Also as shown in Figures 15(a)-(f), the foldable bed of the seventh example comprises a first pair of legs 14, and a second pair of legs 15, which are identical to the first pair of legs 14, and the second pair of legs 15 of the sixth example. In addition, the foldable bed of the seventh example requires a third pair of legs 68, rotatably coupled to the head end of the first bed frame section 4, in order to provide additional support to the head end of the first bed frame section 4 and the foot end of the third bed frame section 63.

[0335] Figures 16(a)-(b) show schematic representations of a foldable bed 1 in accordance with an eighth example of the disclosure. The foldable bed 1 of the eighth example of Figures 16(a)- (b) is similar to the foldable bed 1 of the first example of Figures 1 (a)-(d), and like references numerals are used to denote like features.

[0336] Figure 16(a) shows a perspective view of the foldable bed 1 of the eighth example in a deployed configuration, with uprights for supporting a cover. Figure 16(b) shows a perspective view of the foldable bed 1 of Figure 16(a) in the deployed configuration, with a cover extending over the bed frame. The foldable bed of the eighth example of Figures 16(a)-(b) comprises a bed frame 2 and a floor stand 3. The floor stand 3 of the eighth example is identical to the floor stand 3 of the first example.

[0337] The bed frame 2 of the eighth example is a bottom hinged bed frame 2, having a first bed frame section 4 and a second bed frame section 5 rotatably coupled together about an axis 11 extending the width of the bed frame 2 and arranged at a base end 10 of the bed frame 2.

[0338] The foldable bed 1 of the eighth example further comprises a cover 67, which is arrangeable over the bed frame 2 as shown in Figure 16(b). A first end of the cover 67 is attached to a first U-shaped upright member 68, or hoop, provided on the floor stand 3. A second end of the cover 67 extends over the outer bed frame member at the foot end of the second bed frame section 5, and is secured to the bed frame 2 at the base end 10. Sides of the cover 67 also extend over the outer bed frame members of the bed frame 2, and are secured to the bed frame 2 at the base end 10. A second U-shaped upright member 69, or hoop, is rotatably coupled to the bed frame 2 at the hinges 12 between the first bed frame section 4 and the second bed frame section 5. When the bed frame 2 is in the deployed configuration, the second upright member 69 extends over the bed frame 2, and is inclined from the vertical orientation towards the foot end of the second bed frame section 5. The cover 67 also extends over the second upright member 69, such that the cover 67 is held at a desirable distance away from the bed frame 2 over the second bed frame section 5. When the bed frame 2 is in the deployed configuration, and the cover 67 extends over the bed frame 2, the cover and bed frame 2 form an isolated sleep space for a user of the foldable bed 1 , providing the user with additional privacy and protection from the external environment. The cover 67 also comprises a door 70, to enable a user to enter and exit the foldable bed 1 , when the bed frame 2 is in the deployed configuration, and the cover 67 extends over the bed frame 2. The door 70 comprises a zip-fastener (not shown) to enable the user to open and close the door.

[0339] The cover 67, the first upright member 68, and the second upright member 69 are configured to move with the bed frame 2 between the deployed configuration and the retracted configuration, without being removed from the bed frame 2. When the bed frame 2 is moved between the deployed configuration and the retracted configuration, the second upright member 69 rotates with the second bed frame section 5. When the bed frame 2 is in the retracted configuration, the second upright member 69 is arranged between the first bed frame section 4 and the second bed frame section 5. The first upright member 68 is configured to remain stationary when the bed frame 2 is moved between the deployed configuration and the retracted configuration. When the bed frame 2 is in the folded configured, the first bed frame section 4 abuts the first upright member 68, as shown in Figure 17(e).

[0340] The bed frame 2 of the eighth example has a similar structure to the bed frame 2 of the first example. The bed frame 2 of the eighth example differs from the bed frame 2 of the first example in that the second bed frame section 5 of the eighth example tapers from the head end of the second bed frame section 5 to the foot end of the second bed frame section 5. In other words, the foot end of the bed frame 2 has a width that is narrower than the width of the head end of the bed frame 2. More specifically in this example, the foot end of the second bed frame section 5 has a width that is narrower than the width of the head end of the second bed frame section 5. The sides of the second bed frame section 5 taper inwards towards the foot end at an angle of about 10 degrees relative to a longitudinal axis extending in the direction of the length of the second bed frame section, between the head end and the foot end of the second bed frame section 5. Advantageously, the taper at the foot end of the bed frame 2 of the eighth example helps to prevent foot end corners of the second bed frame section 5 from catching on the cover 67, when the bed frame 2 is moved between the retracted configuration and the deployed configuration with the cover 67 fitted to the bed frame 2. Advantageously, the taper at the foot end of the bed frame 2 of the eighth example also helps to reduce the weight of the second bed frame section 5, without substantially reducing the usable sleep surface area of the bed frame 2.

[0341] Figures 17(a)-(e) show schematic representations of a foldable bed 1 in accordance with a ninth example of the disclosure. The foldable bed 1 of the ninth example of Figures 17(a)-(e) is similar to the foldable bed 1 of the eighth example of Figures 16(a)-(b), and like references numerals are used to denote like features.

[0342] Figure 17(a) shows a perspective view of a floor stand 3 of the foldable bed 1 of the ninth example. Figure 17(b) shows an exploded view of the floor stand 3 of Figure 17(a). Figure 17(c) shows a perspective view of the foldable bed 1 of the ninth example, in a deployed configuration, with uprights for supporting a cover. Figure 17(d) shows a perspective view of the foldable bed 1 of Figure 17(c) in the deployed configuration, with a cover extending over the bed frame. Figure 17(e) shows a perspective view of the foldable bed of Figure 17(c), in a retracted configuration, without the cover.

[0343] The foldable bed of the ninth example of Figures 17(a)-(e) comprises a bed frame 2 and a floor stand 3. The bed frame 2 of the ninth example is identical to the bed frame 2 of the eighth example.

[0344] The floor stand 3 of the ninth example differs from the floor stand 3 of the eighth example.

[0345] The floor stand 3 of the ninth example is a simplified floor stand compared to the floor stand 3 of the eighth example. The floor stand 3 is configured to stand on a floor of a room, and be secured to a wall of the room to stabilise the floor stand 3 in the desired position, as described in more detail below.

[0346] The floor stand 3 of the ninth example comprises a stainless steel top panel 33, supported on a pair of stainless steel legs 71 , as shown in Figure 17(a). The top panel 33 forms the upper portion of the floor stand 3, and is sized to extend across the width of the bed frame 2. The legs 71 form the lower portion of the floor stand 3, and are arranged to extend below the opposing sides of the bed frame 2, at the head end of the bed frame 2, as shown in Figures 17(c)-(e). As shown in Figure 17(b), each leg 71 is formed from two members, an upper member 72 at an upper end of the leg 71 , and a lower member 63, at a lower end of the leg 71 . The legs 71 extend in parallel, in a vertical orientation, on the same vertical plane. A stainless steel horizontal frame 74 extends between the legs 71 and is secured to the upper end of each of the upper members 72. The horizontal frame 74 extends out in a forward direction from the legs 71 , parallel to the vertical plane of the legs 71 , and the top plate 33 is secured to an upper surface of the horizontal frame 74.

[0347] As shown in Figure 17(b), the floor stand 3 of the ninth example further comprises a wall hook 75 and a wall bracket 76, which are configured to secure the floor stand 3 to a wall. The wall hook 75 comprises a length of stainless steel c-section, which extends between the legs 71 , along the length of the horizontal frame 74, in a backward direction from the horizontal frame 74. Flanges of the c-section are arranged to extend downwards, towards the floor, such that the wall hook 75 may be lowered onto the wall bracket 75 to engage with the wall bracket 75. The wall bracket 76 comprises a corresponding length of stainless stell c-section, having the same length as the wall hook 75. The wall bracket 76 is configured to be secured to a wall in a substantially horizontal orientation, with flanges of the c-section facing upwards to engage with the wall hook 75 when the wall hook is lowered onto the wall bracket 76.

[0348] In this example, the wall hook 75 and wall bracket 76 are not intended to support the weight of the floor unit 3 and bed frame 2, but rather are intended to prevent movement of the foldable bed 1 when the bed frame 2 is in the deployed configuration, and to prevent the foldable bed from falling over when the bed frame 2 is in the retracted configuration.

[0349] As shown in Figures 17(c)-(e), the head end of the first bed frame section 4 is rotatably coupled to an upper surface of the top panel 33 of the floor stand 3 by hinges (not shown). As shown in Figure 17(c), when the bed frame 2 is in the deployed configuration, the length of the bed frame 2 extends out from the wall to which the floor unit 3 is secured. As shown in Figure 17(e), when the bed frame 2 is in the retracted configuration the bed frame 2 is arranged above the top panel 33 of the floor unit 3, and is held against the wall. When the bed frame 2 is in the retracted configuration, the bed frame 2 is not covered by any portion of the floor stand 3.

[0350] In this example, the foldable bed 1 also comprises the cover 70, the first upright member 68, and the second upright member 69 of the eighth example. As shown in Figure 17(d), the first upright member 68 is positioned against the wall, on the upper surface of the top panel 33. When the bed frame 2 is in the deployed configuration, the cover 67 and the first upright member 68 provide a seal with the wall to improve the isolation and privacy of the sleeping accommodation. Figures 18(a)-(d) show schematic representations of a foldable bed 101 in accordance with a tenth example of the disclosure. All of the first to the ninth examples described above are examples of “longitudinal” foldable beds, in which the length of the bed frame extends out from the front of the floor stand when the bed frame is in the deployed configuration. However, it is also envisaged in this disclosure that “transverse” foldable beds may be provided, in which the width of the bed frame extends out from the front of the floor stand when the bed frame is in the deployed configuration. The tenth example of Figures 18(a)-(d) is an example of a “transverse” foldable bed 101 in accordance with the disclosure.

[0351] Figure 18(a) shows a plan view of the foldable bed 101 in a deployed configuration. Figure 18(b) shows a perspective view of the foldable bed 101 of Figure 18(a) in the deployed configuration. Figure 18(c) shows a perspective view of the foldable bed 101 of Figure 18(a) being moved between the deployed configuration and a retracted configuration. Figure 18(d) shows a perspective view of the foldable bed 101 in the retracted configuration.

[0352] As shown in Figures 18(a)-(d), the foldable bed 101 of the tenth example comprises a bed frame 102, and a floor stand 103. The bed frame 102 comprises a first bed frame section 104, a second bed frame section 105, and a third bed frame section 163. The second bed frame section 105 is rotatably coupled to the first bed frame section 104. The third bed frame section 163 is rotatably coupled to the first bed frame section 104, at the opposite end of the first bed frame section 104 to the second bed frame section 105. The floor stand 103 comprises an upper end 106 and a storage region 107 arranged below the upper end 106. The first bed frame section 104 is rotatably coupled to the floor stand 103 at the upper end 106. The floor stand 103 is configured to stand on a floor of a room and support at least a portion of the bed frame 102 at the upper end 106, at a desired height above the floor. The bed frame 102 is movable between a deployed configuration, as shown in Figures 18(a)-(b), and a retracted configuration, as shown in Figure 18(d). In the deployed configuration, the first bed frame section 104, the second bed frame section 105, and the third bed frame section 163 are arranged in a horizontal orientation, and the first bed frame section 104, the second bed frame section 105, and the third bed frame section 163 together form a bed frame that is configured to support a mattress (not shown), and a person lying on the mattress. In the retracted configuration, the first bed frame section 104, the second bed frame section 105, and the third bed frame section 163 extend in a vertical orientation and extend above the upper end 106 of the floor stand 103. In the retracted configuration, the bed frame 1022 is exposed. In other words, in the retracted configuration, the bed frame 102 is not covered by the floor unit 103.

[0353] The bed frame 102 of the tenth example of Figures 18(a)-(d) is substantially similar to the bed frame 2 of the sixth example of Figures 12(a)-(d). The bed frame 102 of the tenth example is a top hinged bed frame 102, with the first bed frame section 104, the second bed frame section 105, and the third bed frame section 163 being formed and arranged in the same manner as in the sixth example. The second bed frame section 105 and the third bed frame section 163 are rotatably coupled to the first bed frame section 104 by hinges 112, in the same manner as the second bed frame section 5 and the third bed frame section 63 of the sixth example are rotatably coupled to the first bed frame section 4 by hinges 12. The only difference between the bed frame 102 of the tenth example and the bed frame 2 of the sixth example is that in the bed frame 102 of the tenth example the second bed frame section 105 and the third bed frame section 163 are identical, and have the same length as each other.

[0354] The floor stand 103 of the tenth example has a generally cuboidal body 130 comprising a pair of side panels, a base panel, a top panel, a front panel, and a back panel. The body 130 defines a storage region 107, which is accessible through a top opening. The top panel is hinged to form a top cover that is movable between an open position in which the top opening is not covered, and a closed position in which the top opening is covered.

[0355] An upper surface of the top panel, and upper surfaces of the front, back, and side panels all form the upper end of the floor stand 103. A side of the first bed frame section 104 is rotatably coupled to an upper surface of the front panel, at hinges 137, about an axis 136 extending in the direction of the length of the bed frame 2 in the deployed configuration.

[0356] To move the bed frame 2 of the tenth example from the deployed configuration to the retracted configuration, the head end of the second bed frame section 105 and the foot end of the third bed frame section 163 are lifted and rotated over 180 degrees on top of the first bed frame section 104, as shown in Figure 18(c). The side of the first bed frame section 104 opposite the hinges 137 is then lifted and pushed back towards the floor stand 103 until the bed frame 2 is arranged above the floor stand 103, as shown in Figure 18(d). These steps are reversed to move the bed frame 2 from the retracted configuration to the deployed configuration.

[0357] The foldable bed 1 of the tenth example comprises a pair of removable legs 114, which are removably coupled to the side of the first bed frame section 4 opposite the hinges 137. The removable legs 114 and the floor stand 103 together support the bed frame 2 when the bed frame 2 is in the deployed configuration, as shown in Figure 18(b).

[0358] When the bed frame 2 is in the retracted configuration, the bed frame 2 is arranged above the top panel of the body 130 of the floor stand 103. Accordingly, when the bed frame 2 is in the retracted configuration, the storage region 107 is not accessible via the top opening. Advantageously, this may help to secure any items stored in the storage region when the bed frame 2 is in the retracted configuration.

[0359] Figures 19(a)-(g) show schematic representations of a floor stand in accordance with an eleventh example of the disclosure. The floor stand 3 of the eleventh example of Figures 19(a)- (g) is substantially similar to the floor stands of the earlier examples, and like references numerals are used to denote like features. Although the floor stand 3 of the eleventh example is shown in Figures 19(a)-(g) without a foldable bed, the floor stand 3 is intended to be used with any of the foldable beds of the earlier examples and any other foldable bed in accordance with the disclosure.

[0360] Figure 19(a) shows a side view of a headboard panel 40 of the floor stand 3 of the eleventh example. Figure 19(b) shows a front view of the headboard panel 40 of the floor stand 3 of the eleventh example. Figure 19(c) shows a front view of the floor stand 3 of the eleventh example, with the headboard panel 40 in a headboard configuration. Figure 19(d) shows a side view of the floor stand 3 of the eleventh example with the headboard panel 40 in the headboard configuration. Figures 19(e)-19(f) show side views of the floor stand 3 of the eleventh example with the headboard panel being moved from the headboard configuration to a storage configuration. Figure 19(d) shows a side view of the floor stand 3 of the eleventh example with the headboard panel in the storage configuration.

[0361] As shown in Figures 19(a)-(g), the floor stand 3 of the eleventh example comprises a headboard panel 40. The headboard panel 40 is rotatably coupled to a top panel 33 of the floor stand 3 and is rotatable between a headboard configuration and a storage configuration.

[0362] The floor stand 3 comprises a floor stand body 30. The floor stand body 30 comprises a plurality of panels, including a pair of side panels 31 , a base panel (not shown), a top panel 33, a front panel 34, and a back panel (not shown). In this example, an upper surface of the top panel 33 forms the upper end 6 of the floor unit 3. The plurality of panels form a storage container below the upper end 6, which defines a storage region 7. The tope panel 33, the base panel and the back panel are all formed from sheets of laminated wood. The pair of side panels 31 and the front panel 34 are formed from rectangular frames of laminated wood that define windows spanned by a metal mesh, to enable a user to view inside the storage region 7. The front panel 34 is half the height of the side panels 31 and the back panel, and extends from the base panel half way up the side panels. As such, an opening is provided at the front of the storage container to enable a user to access the storage region 7.

[0363] The floor stand 3 also comprises four wheels 38, in the form of caster wheels, which are secured to a lower surface of the base panel. One caster wheel 38 is arranged each corner of the floor stand 3. The wheels 38 enable the floor stand 3 to be moved easily when the bed frame 2 is arranged in the retracted configuration.

[0364] As shown in Figure 19(c), the headboard panel 40 of the floor stand 3 has the same width as the floor stand body 30. The headboard panel 40 is also formed from the same laminated wood as the side panels 31 , base panel, top panel 33, and back panel of the floor stand body 30. A front face of the headboard panel 40 comprises a cushion 81 secured to the face to improve comfort for a user resting on the headboard when sitting up on the bed.

[0365] The headboard panel 40 is movable relative to the floor stand body 30 between a headboard configuration, as shown in Figures 19(c)-(d), and a storage configuration, as shown in Figure 19(g). In the headboard configuration, the headboard panel 40 is arranged in a vertical orientation, with a bottom end of the headboard panel 40 resting on the upper surface of the top panel 33. In the headboard configuration, the headboard panel 40 extends above the floor stand body. In the headboard configuration, the headboard panel 40 functions as a headboard for the foldable bed 1 when a bed frame coupled to the floor stand 3 is in the deployed configuration. In the storage configuration, the headboard panel 40 is arranged in a vertical orientation, rotated 180 degrees from the headboard configuration, with the back of the headboard panel abutting the back panel of the floor stand body 30. In the storage configuration, the headboard panel 40 extends below the top surfaced of the top panel 33 of the floor stand body 30.

[0366] The headboard panel 40 is rotatably coupled to the top panel 33 of the floor stand body 30 by a pair of hinges 80. Each hinge 80 is an offset hinge, having a substantially L-shaped configuration. One arm of each of the L-shaped hinges 80 is secured to a side of the headboard panel 40, and the other arm of each of the L-shaped hinges 80 is rotatably coupled to a side of the top panel 33 of the floor stand body 30. The L-shaped hinges 80 extends below the bottom end of the headboard panel 40, as shown in Figures 19(b)-(c), to enable the bottom end of the headboard panel 40 to rest on the upper surface of the top panel 33 when the headboard panel 40 is in the headboard configuration, while also enabling the hinges 80 to be rotatably coupled to the sides of the top panel 33. The hinges 80 are rotatably coupled to the sides of the top panel 33 at a location spaced from the back of the top panel 33, such that when the headboard panel 40 is in the storage configuration, as shown in Figure 19(g), the headboard panel 40 rests against the back panel of the floor stand body 30, in a substantially vertical orientation, rotated 180 degrees from the headboard configuration.

[0367] It will be appreciated that all of the above examples are exemplary only, and other further examples are envisaged in the disclosure. It will be appreciated that features described above in relation to one example may also be applicable to other examples. For example, any of the floor stands described above may be used with any of the bed frames, and any of the modules and accessories described above in use with one example may also be used with any of the other examples.

Claims

CLAIMS1. A foldable bed, the foldable bed comprising: a bed frame, wherein the bed frame comprises a first bed frame section and a second bed frame section, the second bed frame section being rotatably coupled to the first bed frame section, and wherein the bed frame is movable between: a deployed configuration, in which the first bed frame section and the second bed frame section are arranged in a horizontal orientation and together form a bed frame that is configured to support a mattress and a person lying on the mattress; and a retracted configuration, in which the first bed frame section and the second bed frame section are arranged in a vertical orientation, the foldable bed further comprising a floor stand, and at least one leg, wherein the floor stand comprises an upper portion and a lower portion, the upper portion of the floor stand being rotatably coupled to the first bed frame section, and the lower portion of the floor stand being configured to stand on a floor of a room; wherein the leg comprises an upper portion and a lower portion, the upper portion of the leg being couplable to one of the first bed frame section and the second bed frame section, and the lower portion of the leg being configured to stand on the floor of the room; wherein, when the bed frame is in the deployed configuration, the bed frame is supported on the floor of the room between the floor stand and the leg, at a desired height above the floor of the room; wherein, when the bed frame is in the retracted configuration, the bed frame is arranged above the lower portion of the floor stand and is supported on the floor of the room by the floor stand, at the desired height above the floor; and wherein, when the bed frame is in the retracted configuration, the top of the bed frame is exposed.

2. A foldable bed according to claim 1 , wherein, when the bed frame is in the retracted configuration, the top of the bed frame forms the top of the foldable bed.

3. A foldable bed according to claim 1 , wherein, when the bed frame is in the folded condition, at least a portion of a side of the bed frame are exposed.

4. A foldable bed according to claim 1 , wherein the floor stand comprises a pair of legs and a top panel extending between the pair of legs at the upper portion of the floor stand, and wherein the first bed frame section is rotatably coupled to the top panel.

5. A foldable bed according to claim 4, wherein the floor stand comprises a hook, and wherein the foldable bed further comprises a wall bracket configured to be mounted to a wall of the room, and to couple with the hook of the floor stand.

6. A foldable bed according to claim 1 , wherein the lower portion of the floor stand defines a storage region.

7. A foldable bed according to claim 6, wherein the lower portion of the floor stand comprises a shelf, and wherein the shelf defines a base of the storage region.

8. A foldable bed according to claim 6, wherein the lower portion of the floor stand comprises a storage container, and wherein the storage container defines the storage region.

9. A foldable bed according to claim 8, wherein the storage container comprises side panels extending between a base panel and a top panel, wherein the side panels, base panel, and top panel define the storage region.

10. A foldable bed according to claim 9, wherein the first bed frame section is rotatably coupled to the top panel.

11. A foldable bed according to claim 9, wherein an upper portion of the side panels extends above the top panel, and wherein the first bed frame section is rotatably coupled to the upper portion of the side panels.

12. A foldable bed according to claim 1 , wherein , when the bed frame is in the deployed configuration, the bed frame has a mattress receiving end configured to receive the mattress, and a base end opposite the mattress receiving end.

13. A foldable bed according to claim 12, wherein the first bed frame section and the second bed frame section are rotatably coupled together about an axis at the base end of the bed frame when the bed frame is in the deployed configuration.

14. A foldable bed according to claim 12, wherein the first bed frame section and the second bed frame section are rotatably coupled together about an axis at the mattress receiving end of the bed frame when the bed frame is in the deployed configuration.

15. A foldable bed according to claim 1, wherein the first bed frame section and the second bed frame section are rotatably coupled together by a hinge, the hinge comprising: a first hinge plate; a second hinge plate; and a linkage plate, the first hinge plate being pivotally coupled to the linkage plate at a first end, and the second hinge plate being pivotally coupled to the linkage plate at a second end.

16. A foldable bed according to claim 15, wherein when the bed frame is in the deployed configuration, the hinge does not extend beyond the bed frame.

17. A foldable bed according to claim 12, wherein the first bed frame section and the second bed frame section are rotatably coupled together by a hinge, the hinge comprising: a first hinge plate; a second hinge plate; and a linkage plate, the first hinge plate being pivotally coupled to the linkage plate at a first end, and the second hinge plate being pivotally coupled to the linkage plate at a second end, and wherein when the bed frame is in the deployed configuration, the hinge does not extend beyond the mattress receiving end of the bed frame and the hinge does not extend beyond the base end of the bed frame.

18. A foldable bed according to claim 12, wherein the foldable bed further comprises a mattress received at the mattress receiving end of the bed frame when the bed frame is in the deployed configuration.

19. A foldable bed according to claim 18, wherein the mattress comprises a first mattress section and a second mattress section, the first mattress section being received by the first bed frame section, and the second mattress section being received by the second bed frame section.

20. A foldable bed according to claim 19, wherein at least one of the first mattress section and the second mattress section is exposed when the bed frame is in the retracted configuration.

21. A foldable bed according to claim 19, wherein, when the bed frame is in the deployed configuration, the mattress forms a sleep surface configured to support a user lying on the foldable bed, wherein the first mattress section comprises a first section of the sleep surface and the second mattress section comprises a second section of the sleep surface, and wherein, when the bed frame is in the retracted configuration, at least one of the first section of the sleep surface and the second section of the sleep surface forms an outer surface of the foldable bed.

22. A foldable bed according to claim 12, wherein the leg is rotatably coupled to the base end of the bed frame.

23. A foldable bed according to claim 1, wherein the first bed frame section comprises a head end and a foot end, wherein the second bed frame section comprises a head end and a foot end, wherein the head end of the first bed frame section is rotatably coupled to the floor stand, and wherein the head end of the second bed frame section is rotatably coupled to the foot end of the first bed frame section.

24. A foldable bed according to claim 23, wherein the first bed frame section comprises a head end, a foot end, and sides extending between the head end and the foot end, wherein the second bed frame section comprises a head end and a foot end, wherein a side of the first bed frame section is rotatably coupled to the floor stand, and wherein the head end of the second bed frame section is rotatably coupled to the foot end of the first bed frame section.

25. A foldable bed according to claim 24, wherein the bed frame has a third bed frame section, wherein the third frame section has a head end and a foot end, wherein the foot end of the third frame section is rotatably coupled to the head end of the first bed frame section.

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