Patent Application
20220400865
This invention relates to an article of furniture.
It is known that the residential rental market is growing significantly. Generally, currently available articles of furniture, such as sofas, lounge suites, beds and the like do not meet the needs of renters. For example, it can be difficult to reconfigure or refashion such articles of furniture to fit different living areas as renters move from place to place. Such articles of furniture can be difficult to move and often require removalists and are difficult to fit in elevators and corridors. Retail overheads, inefficient shipping, manufacturing and warehouses can exert an upward pressure on the costs of such articles of furniture. It can also be difficult to warehouse wide product ranges in an economic manner. This results in lengthy lead times, making such articles of furniture unavailable when needed by renters.
Residential spaces are growing smaller, particularly close to urban centres. Young urban professionals are becoming more mobile and are making use of rented residential spaces, close to urban centres, between which they can move more often than previous generations. These residential spaces are often in high-rise buildings which can make it difficult to move furniture. Furthermore, it is often necessary for the furniture to be replaced with smaller or larger furniture or even left behind, with the result that more furniture needs to be purchased when moving. As a result, there may be a tendency for relatively cheap, low quality articles of furniture to be selected, which will fill their present, but not their future, needs. This furniture is often simply discarded, which is not environmentally-friendly.
In addition, smaller residential spaces can be challenging to furnish with articles of furniture that cannot be customised to suit certain spaces. For example, furniture that fits one living room may not fit a subsequent living room.
According to a first aspect of the invention, there is provided an article of furniture that comprises:
The article of furniture can include any number of seat frame assemblies and rest frame assemblies together with an appropriate number of elongate connectors. Thus, the article of furniture can take various forms depending on the selection of orientation of the seat and rest frame assemblies relative to each other. For example, a two-seater sofa could include two seat frame assemblies and four rest frame assemblies. A consumer could easily upgrade to a three-seater sofa by simply purchasing another seat frame assembly and rest frame assembly. The consumer could also elect to convert the article of furniture to a chaise lounge by appropriate orientation and connection of the seat and rest frame assemblies. In addition, a suitable number of the seat and rest assemblies could be provided so that the sofa could be augmented to include a chaise return on either side of the sofa. It follows that the consumer is not required to purchase an entire new article of furniture and find a way of disposing of an older article of furniture that may not have the desired configuration or size when the consumer moves residences or wishes to move the article of furniture from one room to another.
The portions of the elongate connector may be oriented at an angle relative to each other to govern an orientation of the rest support frame relative to the seat support frame. An included angle defined by the portions may be less than or equal to 90°.
The seat support frame may include four seat frame members that are connected at their ends to define the sides of the seat support frame. The frame members may be configured so that the seat support frame is square. Instead, two opposed frame members may be longer than the remaining frame members so that the seat support frame is elongate.
Each rest mount may include at least two spaced sleeve assemblies mounted on the respective frame member. In other embodiments, one or two of the frame members may be without sleeve assemblies. Each sleeve assembly may be configured to receive either of the portions of the elongate connector. At least one portion of each elongate connector may be releasably engageable with the sleeve assembly.
The sleeve assembly may include a sleeve and a releasable locking assembly to lock the at least one portion of the elongate connector within the sleeve. The at least one portion of the elongate connector may define one or more recesses or grooves. The releasable locking assembly may include a catch mechanism that is configured to engage the, or either of the, recesses or grooves. The catch mechanism may include a spring-operated catch member so that, when the portion is received in the sleeve assembly, the catch member can be biased into the, or one of the, recesses. The, or each, recess may be positioned so that manipulation of the elongate connector can disengage the catch member from the associated recess. Instead, or in addition, the catch mechanism can be manually operable to move the catch member, against a spring bias, out of the recess.
The rest support frame may include four rest frame members in the form of two opposed side frame members, a bottom frame member that interconnects lower ends of the side frame members and an intermediate member that interconnects the side frame members. The rest frame members may be configured so that the rest support frame is square or elongate.
The seat mount may include at least two spaced receiver assemblies mounted on one of the rest frame members. Each receiver assembly may include a sleeve assembly. Either of the portions of the elongate connectors can be received in the sleeve assemblies of the seat mount. Thus, the rest support frame can be connected to the seat support frame with each of the portions of the elongate connectors being received in respective sleeve assemblies of the rest and seat mounts.
Each receiver assembly may include a socket assembly. The socket assemblies may open operatively downwardly and may be positioned to be in substantial front to back alignment with the sleeve assemblies of the receiver assemblies. Thus, either of the portions of the elongate connectors can be received in the socket assemblies of the seat mount. The socket assembly and sleeve assembly of each receiver assembly may diverge downwardly with the sleeve assembly being positioned in front of the socket assembly.
The article of furniture may include at least two legs, each leg having an elongate body that defines at least one substantially flat face so that two legs can be positioned together with their faces in alignment and facing each other. A connector may be arranged on an operatively upper end of each leg so that the leg can be connected to the seat support frame such that, when two of the seat support frames are adjacent each other to form a two-seat arrangement, the flat faces of corresponding legs on each of the support frames are in alignment and face each other.
The article of furniture may include a table assembly which includes a tabletop. A support member may engage the tabletop, to support the tabletop at a suitable height and may have an operatively, substantially vertical support post and a leg that extends from the support post, the leg being detachably engageable with the rest mount with the support post extending operatively upwardly from the leg. An elongate bracing member may extend from the support member and may also be detachably engageable with the rest mount to brace the table assembly against pivotal movement.
The article of furniture may include two corner members arranged on respective sides of the rest support. Each corner member may have a corner-defining structure and may be configured so that the corner-defining structure can bear against an inner surface of a cover of a cushion assembly positioned on the rest support, at a lower edge of the cushion assembly, to neaten the cover at a lower front edge and outside corner of the article of furniture.
Each corner member may be in the form of a swing bracket that is pivotally mounted on each end of a bottom frame member of the rest support frame. The swing bracket may be pivotal between an inoperative position in which the swing bracket is stowed operatively below the rest support frame and an operative position in which the swing bracket is pivoted outwardly away from the rest support frame to bear against the inner surface of the cover of the cushion assembly.
The article of furniture may include a connecting system for connecting the seat assemblies together, the connecting system including:
According to a second aspect of the invention, there is provided a kit for an article of furniture, the kit comprising:
According to a third aspect of the invention, there is provided a table assembly for an article of furniture having a seat assembly with a rectangular seat support frame having a rest mount arranged on each of at least two adjacent sides of the seat support frame, a rest assembly with a rectangular rest support frame having a seat mount arranged on at least one side of the rest support frame, and at least one elongate connector, the, or each, elongate connector having a first portion that is engageable, in a detachable manner, with either of the rest mounts, and a second portion that is engageable, in a detachable manner, with the seat mount, the, or each, elongate connector and the rest and seat mounts being configured so that the, or each, elongate connector is reversible to provide at least two orientations of the seat frame assembly relative to the rest frame assembly, so that the rest assembly can function either as a backrest or an armrest of the article of furniture, the table assembly comprising:
According to a fourth aspect of the invention, there is provided a leg support system suitable for an article of furniture, the leg support system comprising:
According to a fifth aspect of the invention, there is provided a table assembly for use with the article of furniture according to the first aspect of the invention, the table assembly comprising:
According to a sixth aspect of the invention, there is provided a cushion assembly for a seat of an article of furniture, the cushion assembly comprising:
According to a seventh aspect of the invention, there is providing a connecting system for connecting seat assemblies of an article of furniture together, the seat assemblies including a seat support frame for supporting a cushion assembly, the connecting system comprising:
at least one sleeve assembly that is arranged on the seat support frame, the sleeve assembly including a sleeve that defines a passageway, the, or each, sleeve assembly being positioned on the seat support frame so that two seat assemblies can be positioned adjacent each other with the passageways of respective sleeve assemblies in alignment;
at least one elongate connector, the, or each, connector including a locking portion that is receivable through a respective pair of aligned passageways; and
a locking arrangement that is arranged on the, or each, sleeve assembly, the locking arrangement and the, or each, connector being configured so that the locking portion can be releasably locked in the passageway, such that the seat support frames of the adjacent seat assemblies can be locked to each other, with the locking portion received through aligned passageways, in a releasable manner.
In the drawings, reference numeral 10 generally indicates an embodiment of an article of furniture, in accordance with the invention.
In
In
The article of furniture 10 is assembled from a kit or a set of components that includes one or more of the seat assemblies 12, one or more of the rest assemblies 14 and a number of elongate connectors 16 that are used to connect any number of seat assemblies 12 and rest assemblies 14 together to form any of the articles of furniture 10.1 to 10.9 or any other variations or configurations thereof.
The seat assembly 12 includes a generally square or rectangular seat support frame 18 with four frame members 20 defining sides of the seat support frame. The frame members 20 can be fabricated from tubular steel or aluminium, or any other material with suitable strength characteristics for furniture. The frame members 20 can be of square or round tubular section. In one embodiment, the frame members 20 are of 40 mm×40 mm square tubular steel.
The rest assembly 14 includes a rest support frame 26 having four frame members in the form of a bottom frame member 28, a top, or intermediate, frame member 30, and two opposed side frame members 32. The bottom frame member 28 interconnects lower ends of the side frame members 32 and the intermediate frame member 30 also interconnects the side frame members 32. The rest support frame 26 is generally square or rectangular. The frame members 28, 30, 32 can be of tubular steel or aluminium, or any other materials with suitable strength characteristics for furniture. The frame members 28, 30, 32 have a square or round tubular cross-section. In one embodiment, the frame members 28, 30, 32 are of 20 mm×20 mm square tubular steel.
Broadly, the elongate connectors 16 have a first portion 34 and a second portion 36. The elongate connectors 16 are in the form of bent steel bars, preferably stainless steel bars. The bars are cylindrical but can have other cross-sectional shapes. As is apparent from the description below, the connectors 16 may be visible in various configurations, particularly when the rest assembly 14 is serving as a backrest. Thus, the elongate connectors 16 can be configured to have an aesthetically pleasing appearance.
A rest mount in the form of sets of two sleeve assemblies 38 is arranged on at least each of two adjacent sides of the seat support frame 18 and, in this example, on each of the frame members 20. The rest mount may include sets of more than two sleeve assemblies 38 arranged on one or each of the frame members 20, if necessary.
Detail of the sleeve assembly 38 can be seen in
A gusset 50 is fastened to the frame member 20 to extend inwardly with respect to the frame member 20. The gusset 50 is fastened to an internally facing side of the frame member 20. The gusset 50 can be welded to the frame member 20. A sleeve holder 52 is fastened to, and depends from, the gusset 50. The sleeve holder 52 is tubular. For example, the sleeve holder 52 has a square tubular cross-section. In one embodiment, the sleeve holder 52 is of 20 mm×20 mm tubular steel and is welded to the gusset 50.
The sleeve assembly 38 includes a sleeve insert 54 (
The sleeve insert 54 is of tubular square section. The sleeve insert 54 could also be of round cross section. A proximal end portion of the sleeve insert 54 is configured to engage the sleeve holder 52 such that the sleeve insert 54 is restrained from being extracted from the sleeve holder 52. More particularly, the proximal end portion of the sleeve insert 54 includes opposed catches 56 that are configured to be displaced towards each other when the proximal end portion of the sleeve insert 54 is within the sleeve holder 52, and to be displaced away from each other once the proximal end portion extends from the proximal end of the sleeve holder 52. To that end, the proximal end portion of the sleeve insert 54 can be bifurcated. Each catch 56 extends from an end of a respective bifurcation 57 and is shaped to facilitate insertion of the insert 54 into the holder 52, with the bifurcations being urged towards each other. The sleeve member 54 is of a resiliently flexible material, such as a plastics material, so that the displacement of the catches 56 away from each other is as a result of a subsequent release of tension when the catches 56 exit the proximal end of the sleeve 86 and engage the sleeve 86, so retaining the sleeve 86 in position on the holder 52.
A releasable locking assembly 58 is arranged on a distal end of the sleeve insert 54. The locking assembly 58 includes a housing 60. The housing 60 defines a passageway 62 extending through the housing 60 and in alignment with a passageway 64 defined by the sleeve insert 54 (
A catch mechanism in the form of a catch assembly 66 is positioned in the housing 60. The catch assembly 66 includes a catch insert 68 that is received in the housing 60. To that end, the housing 60 has an open, operatively lower end into which the catch insert 68 can be inserted. The catch insert 68 includes a push member 74 that extends from the housing 60 when the insert 68 is positioned in the housing 60. The catch insert 68 has retaining formations 70 that engage complementary formations within the housing 60 to retain the insert 68 in position in the housing 60. The insert 68 is dimensioned so that it can slide within the housing 60. The insert 68 defines an aperture 72 that is aligned with the passageways 62, 64 once the insert 68 is in position. The insert 68 includes a catch member 76 (
The first portion 34 of the elongate connector 16 includes three recesses 80. Each recess 80 is configured so that the pin 77 of the insert 68 can be received, under action of the spring 78, in either of the recesses 80. A free end of the first portion 34 is rounded or chamfered and the pin 77 is profiled so that, when the first portion 34 is pushed into the passageway 64 and then 62, the insert 68, and thus the pin 77, is urged upwardly, against the spring 78, so that the first portion 34 can extend through the aperture 72. When one of the recesses 80 comes into alignment with the pin 77, the insert 68 is driven downwardly, under action of the spring 78, so that the pin 77 is driven into the recess 80, to retain the elongate connector 16 in position against extraction from the passageway 62 and thus 64. Each recess 80 has a vertical side wall 82 that is spaced from, and distally positioned with respect to, a sloped sidewall 84 of the recess 80. This allows the first portion 34 to be inserted through the aperture 72 until the pin 77 is driven into the selected recess 80 to allow the elongate connector 16 to have three discrete positions. To release the first portion 34, the push member 74 can be urged towards the housing 60 so that the insert 68 is driven upwardly against the spring 78 and the pin 77 moves out of the recess 80 to clear the passageway 62, allowing removal of the portion 34. It will be appreciated that the portion 34 can have any number of recesses for further adjustability of the elongate connector 16 relative to the frame member 20.
The recesses 80 are aligned with each other along the first portion 34. Also, each recess 80 is defined on part of a circumference of the first portion 34, without extending about the circumference, so that manipulation, in the form of rotation, of the elongate connector 16 results in the pin 77 moving out of the recess 80 and thus disengagement of the catch member 76 from the first portion 34, allowing the first portion 34 to be withdrawn from the locking assembly 58. Thus, it is possible to remove the elongate connectors 16 without operating the push member 74. This can be convenient because it obviates the need for a user to reach down under the seat assembly 12 to operate the push member 74. It will be appreciated that the push member 74 will require operation when the second portion 36 is engaged with the rest support frame 26, as described below.
Detail of the elongate connector 16 can be seen in
With two sleeve assemblies 38 mounted on each of the frame members 20 of the seat support frame 18, two of the elongate connectors 16 can be mounted on one or more of the frame members 20 so that the first or second portions 34, 36 of the, or each, pair of elongate connectors 16 can extend from the frame members 20 depending on which portion 34, 36 is received in the sleeve assembly 38. This allows various configurations of one or more rest assemblies 14 relative to the seat assembly 12 to be achieved.
As described, the locking assembly 58 is positioned inwardly or distally with respect to the frame member 20, as opposed to outwardly or proximally. With a reverse orientation, with the locking assembly 58 positioned outwardly, force exerted on the elongate member 16 as a result of leaning back on the rest assembly 14 could damage the locking assembly 58. Furthermore, this position, as shown in the drawings, of the locking assembly 58 makes it less likely to be visible, which could detract from the appearance of the article of furniture 10.
A seat mount is arranged on the bottom frame member 28 of the rest support frame 26 (
As shown in
The socket insert 102 includes a head 104 that overlies an opening of the holder 100 and defines a chamfered, rounded or radiused entrance to facilitate location of either the first or second portions 34, 36 in a socket defined by the socket assembly 98. The head 104 need not overlie the opening of the holder 100, since material of a cover may be suitable for reducing the visibility of the hole for aesthetic purposes. The head 104 can also play a protective role by inhibiting damage to the holder 100 by one of the portions 34, 36. The head 104 also serves to cover any sharp edges of the holder 100 so that a user is protected from being cut. The socket insert 102 can be of a plastics material.
Each receiver assembly 96 includes a sleeve assembly 106. The sleeve assembly 106 includes an elongate holder 108 in which a sleeve insert 110 is received. The holder 108 can have a square or round tubular cross section. In one embodiment, the holder 108 is of 20 mm×20 mm tubular steel.
The sleeve insert 110 includes a head 112 that overlies a lower opening of the holder 108 and defines a chamfered, rounded or radiused entrance to facilitate insertion of either the first or second portions 34, 36 through a passageway defined by the receiver assembly 96. The head 112 can also play a protective role by inhibiting damage to the holder 108 by either of the portions 34, 36. The head 112 also serves to cover any sharp edges of the holder 108 so that a user is protected from being cut. The sleeve insert 110 can be of a plastics material. The head 112 need not overlie the opening of the holder 108, since material of a cover may be suitable for reducing the visibility of the hole for aesthetic purposes.
The socket assembly 98 and the sleeve assembly 106 are aligned front to back and diverge downwardly with respect to each other, with the socket assembly 98 being outwardly positioned with respect to the sleeve assembly 106, in use. The socket assembly 98 opens downwardly, in use.
In use, corresponding first or second portions 34, 36 of two elongate connectors 16 are inserted into two respective socket or sleeve assemblies 98, 106. The rest assembly, with corresponding first or second portions 34, 36 extending therefrom is manipulated so that the first or second portions 34, 36 can be received in respective sleeve assemblies 38 on an appropriate frame member 20, as described above. For example,
In
As mentioned above, the portions 34 can be positioned in the respective sleeve assemblies 38 on the appropriate side of the seat frame member 20. Then, the portions 36 can be received in either the socket assemblies 98 or the sleeve assemblies 106, in the manner described above with reference to the portions 34. As can be seen in
The elongate connector 16 is 12 mm stainless steel bar. The first and second portions are angled with respect to each other so that a suitable appearance is achieved when the rest assembly 14 is operatively positioned with respect to the seat assembly. For example, the angle can be between 84 degrees and 90 degrees, and, more particularly, approximately 86 degrees. The angle is selected so that an acceptable appearance is achieved substantially without jamming of the elongate connector 16 to the associated components. For example, it is desirable that the armrests of an article of furniture do not look too reclined. A curved junction 37 interconnects the first and second portions 34, 36. Thus, when either the first or second portions 34, 36 are received through the sleeve assembly 106, the head 112 bears against the junction 37 to support the weight of the rest support frame 26.
It follows that the elongate connectors 16 and the receiver assemblies 96 allow both height and angular positioning of the seat support frame 18 relative to the rest support frame 26. It will readily be appreciated that the elongate connectors 16 can take various configurations depending on the level of adjustment required. For example, in
Thus, in use, with the seat and rest support frames 18, 26 being appropriately cushioned, for example, as described below, the various configurations of the article of furniture shown in
For example, the article of furniture 10.1 has two rest assemblies 14, serving as armrests, in which the portions 36 are received in the sleeve assemblies 38 on side members 20 of respective frames 18 of outermost seat assemblies 12. The portions 34 are received in the sleeve assemblies 106.
In the backrest configuration, the rest support frame 26 is mounted on the seat support frame 18, as shown in
The adjustment of one of the rest assemblies 14 from an armrest configuration to a backrest or chaise configuration is shown in
In use, the rest support frame 26 and the associated receiver assemblies 96 are embedded in a suitable cushion assembly. A cover of the cushion assembly incorporates suitable openings to facilitate access to the receiver assemblies 96 by the portions 34, 36 of the elongate connectors. In certain configurations, it is desirable that lower edges of the rest assembly 14 define a distinctive corner edge when exposed as opposed to those configurations in which the lower edge of the rest assembly 14 abuts a lower edge of an adjacent rest assembly 14, as a backrest.
To that end, opposite outer ends of the bottom member 28 of the rest support frame 26 define openings 126 that provide access to a passageway defined by the bottom member 28. For example, as described above, the bottom member 28 is of square tubular section. The article of furniture 10 can include a number of corner members 128 (
In use, when the rest assembly 14 is to be located adjacent a further rest assembly 14, the cover can be at least partially removed and the corner member 128 removed providing a configuration as shown in
In the preceding discussion, the elongate connecting members 16, 114 are described as having a first portion that is shorter than a second portion. However, it will readily be appreciated that the first and second portions can be of the same length. For example,
Where the elongate connectors exceed a certain length, there is a risk that they will interfere with each other when adjacent rest assemblies 14 on the same seat are adjusted. Thus, as can be seen in
The seat assembly 12 includes a leg support system having four legs 146 (
In
Each leg 146 has a connector, in the form of a peg 165 so that the leg 146 can be connected to, or mounted on, the seat frame member 20. To that end, the seat frame member 20 has a number of sleeves 164 for receiving respective pegs 165. Detail of one of the sleeves 164 can be seen in
Each peg 165 is in a square recess 169. Each sleeve body 167 has a square profile, the recess 169 and the sleeve body 167 being dimensioned so that the sleeve body 167 can nest in the recess 169 to inhibit subsequent rotation of the leg 146 relative to the frame 18. The recess 169 is oriented so that the curved sides 152 of the legs 146 face diagonally outwards.
It will be appreciated that, when placed side-by-side to provide a sofa, chaise lounge, or the like, it would not be aesthetically desirable for each of the frame members 20 to have the legs 146 at each corner. The appearance would be simply of single seats placed side-by-side with too many legs 146 being visible. Thus, each of the members 20 has two sockets 171 positioned inwardly from the respective ends of the members 20 to receive the pegs 165. Thus, where two or more members 20 are positioned side-by-side, legs 146 can be mounted on the adjacent members 20 using the sockets 171. Those legs 146 can be oriented so that corresponding legs 146 of adjacent members 20 can have their flat sides 150 put together to provide, with the curved sides 152, the appearance of a single leg. The sockets 171 are positioned so that the flat sides 150 of corresponding legs 146 are brought into face-to-face alignment and face each other for location purposes and the legs 146 are also spaced inwardly to have reduced visibility. As a result, the article of furniture has a composite or one-piece appearance rather than the appearance of articles of furniture simply placed side-by-side. Furthermore, with legs 146 at the corners of the frame 18, the legs 146 are aesthetically acceptable.
Currently, other adaptable sofas use a single leg that is located between adjacent seat support structures. This can provide a similar look to that described above. However, the use of a single leg restricts adaptability of the sofa. For example, the single leg would have no use if the sofa were to be converted to two single seaters. Such a conversion would require the user to purchase additional legs.
The way adjacent seat assemblies are connected is illustrated in
When the adjacent seat assemblies 12 are brought together, the sets of two sleeve assemblies 38 on each frame member 20 are brought into alignment with each other. The article of furniture includes a number of elongate seat connectors 168, one of which is shown in
The locking portion 170 includes a distal recess 174 and a proximal recess 176. The recesses 174, 176 are positioned so that, when the frame members 20 are brought into side-by-side abutment to form the article of furniture, the locking portion 170 can be inserted through the aperture 72 and the passageway 64 of one sleeve assembly 38 and into the passageway 64 and through the aperture 72 of the aligned sleeve assembly 38. The recesses 174, 176 are positioned so that the pins 77 of the associated locking assemblies 58 can be received in the recesses 174, 176 to retain the locking portion 170 against subsequent withdrawal and so releasably fasten the adjacent seat frame members 20 together. Removal of the locking portion 170 can be achieved by manipulation in the form of partial rotation, of the locking portion 170 by manipulation of the handle portion 172 so that the recesses 174, 176 rotate out of engagement with the pins 77. The handle portion 172 is positioned about 90° out of alignment with the recesses 174, 176. Thus, when the seat connector 168 is in the operative, locked condition, the handle portion 172 is angled upwardly and so does not interfere with an area or volume beneath the frame members 20 and has a reduced visibility.
The fact that the support frames 18 are locked together in the manner described above inhibits rocking of the article of furniture 10. If the support frames 18 were not locked together and the legs 146 were spaced inwardly, as described above, to achieve the aesthetically pleasing result, the seat and associated rest assembly 12, 14 would tend to rock back, in use, because it would not have support at all four corners.
The caps 156, 160 can be useful for locating the seat assemblies 12 together for connection in the manner described above. In use, the legs 146 of one seat assembly 12 that depend from the sockets 171 can be positioned in the caps 156, 160. Corresponding legs 146 from the seat assembly 12 that is to be connected are then also positioned in the caps 156, 160. Given that the position of the legs 146 relative to the sleeve assemblies 38 is fixed, this serves to accurately locate the sleeve assemblies 38 relative to each other for insertion of the elongate connectors 170. It is to be noted that the caps 156, 160 can be dispensed with in those cases in which the seat assemblies 12 are slid towards each other.
In
As can be seen in
Both portions 180, 182 of the elongate connector 178 define recesses 183 such that the portions 180, 182 are identical. The recesses 183 are identical to the recesses described above. Thus, the user is prevented from incorrectly inserting a portion into the sleeve assembly 38. It will readily be appreciated that the portions 180, 182 can have different lengths, if required.
In
The table assembly 184 includes an elongate support arm assembly 186. The support arm assembly 186 includes a mounting assembly 190 to facilitate the mounting of a tabletop 188 onto the support arm assembly 186. The mounting assembly 190 includes a connector 191 that is fastened to an underside of the tabletop 188. The connector 191 can be of steel. An insert 193 interconnects an operatively vertical portion 187 of the support arm assembly 186 and the connector 191 to secure the tabletop 188 to the support arm assembly 186. A support structure 192 extends from an operatively lower end of the vertical portion 187 and is configured to engage with at least one of a socket assembly 38 and a sleeve assembly 106 to secure the support arm assembly 186 to the article of furniture.
More particularly, the support structure 192 includes a generally horizontal section 194 that can be received in one of the sleeve assemblies 38 and an operatively upwardly extending section 196 that can be received in the corresponding sleeve assembly 106 of the rest assembly 14, such that the vertical portion 187 extends upwardly along an outside of the rest assembly 14 to support the tabletop 188 above the rest assembly 14. The support structure 192 can thus function as one of the elongate connectors 16, as described above. To that end, the horizontal section 194 defines a recess 198 that is substantially identical to either of the recesses 80, 81 found on the elongate connector 16. This allows the horizontal section 194 to be releasably locked to the seat frame member 20 in the manner described above with reference to the elongate connector 16. Furthermore, the generally vertical section 196 is received through the sleeve assembly 106 as described above with reference to the elongate connector 16. In this configuration, the support arm assembly 186 is inhibited from rotation.
Given the location of the sleeves 38 and the corresponding receiver assemblies 96, it is possible to locate the table assembly 184 either towards the front or the rear of the rest assembly 14.
It will be appreciated that the table assembly 184 integrates with the existing componentry of the article of furniture 10. Thus, no additional manufacturing cost is added to the seat assembly 12 and rest assembly 14 to accommodate the table assembly 184.
In
The cushion assembly 200 includes a seat insert 202 having a body 203 of a conventional seat filler. The body 203 has a generally flat bottom and sides 204, 206 and a top 211 with an upwardly curved profile.
The body 203 defines an internal cavity 212. The cavity 212 opens at the bottom 204. A self-contained spring assembly 214 is received in the cavity 212 and is configured for removal and replacement. The seat insert 202 does not include pocket springs that are glued to the filler material as is often the case with conventional cushion assemblies. Thus, the spring assembly 214 can be removed for replacement or recycling as a separate component to the body 203.
The seat insert 202 is configured for location on the seat support frame 18. Thus, the foam core 202 is dimensioned so that the sides 206 can be positioned in general alignment with outer edges of the side frame members 20. A spring bolster 216 is optionally interposed between the spring assembly 214 and the seat support frame 18.
The seat insert 202 is received in an insert cover 220 and is secured within the insert cover 220 with a zip, for example.
The insert cover 220 incorporates quilting or lining, for example of polyester wadding such as that called Dacron (Trade Mark), so that the insert cover 220 can be removed and refitted or replaced repeatedly without damage to the quilting or lining. Thus, a cushion cover, as described below, can be repeatedly removed and replaced, for example for washing, with little damage to any lining or wadding which would usually be positioned over the insert. Conventionally, such lining or wadding can be damaged as a result of removal and refitting of cushion covers.
The lining cover 220 includes a skirt 219 that depends from a cover portion 221. Fastening material, for example that known as tricot fabric, is attached to an underside of the frame 18. The skirt 219 includes a complementary fastening material, such as the hook material of a hook and loop fastener known as Velcro (Trade Mark), that is fastenable to the tricot fabric on the underside of the frame, thus securing the lining cover 220, containing the insert 202, to the frame 18.
A cushion cover 222 is configured to fit over the liner 220 and the seat insert 202. As with the liner 220, the cover 222 is configured for repeated fitting and removal. The cover 222 can be of any suitable material, such as luxury material or material suited for repeated washing and replacement.
The cushion cover 222 includes a hem 224 that extends from a lower edge of a body 226 of the cover 222. The hem 224 incorporates a fastening material that is complementary to the fastening material of the skirt 219. Thus, the hem 224 can be releasably fastened to the side frame members 20, by being releasably fastened to the fastening material of the skirt 219.
The hem 224 includes discrete flaps 225 that can be fastened to the patches 154 on the legs 146 further to secure the cover 222 in position.
The cushion assembly 200 lends itself to recycling. For example, the spring assembly 214 can be removed without destroying the foam core 202, allowing the spring assembly 212 to be recycled as a metal object. With conventional cushion assemblies, it is usually necessary to discard the foam with the metal spring assembly embedded in the foam such that recycling of the spring assembly is not possible.
Furthermore, assembly and disassembly of the entire cushion assembly 200 is relatively simple, allowing a user to easily wash or replace the separate components of the cushion assembly 200.
In
The cushion assembly 201 includes a seat insert 205 that is similar to the seat insert 202 apart from being longer. The seat insert 205 can include one or two self-contained spring assemblies that are similar to the spring assembly 214 and located in one cavity or two respective discrete cavities.
The seat insert 205 can be received in a wadding/liner cover 207 that is similar to the cover 220. Likewise, the wadding/liner cover 207 containing the seat insert 205 can be received in a cushion cover in a similar fashion as is the seat insert 202 and cover 220 received in the cover 222.
The cushion assembly 201 provides users with an option of purchasing a single rectangular cushion that can be shipped and transported in packages that would be as small as those used for the cushion assembly 200. As a result, this allows stocked inventory lists not to be overly increased by supplying the cushion assembly 201. The cushion assembly 201 provides users with a further option of converting two single seats on a sofa into a single double seat.
It will be appreciated that the cushion assembly 200, 201 is particularly configured for disassembly and reassembly by the consumer. This allows the consumer to replace individual components of the cushion assembly 200, 201. For example, the covers could be replaced when worn or when the user wishes to upgrade the article of furniture or wishes to use the article of furniture in a high-wear environment, such as a playroom. Furthermore, this replacement could be useful if a user wishes to change a colour scheme of a particular room or if the article of furniture is to be moved to a room with a colour scheme that does not match that of the article of furniture. This adaptability is particularly useful for those users who move homes frequently, as is becoming more and more common as property prices increase and residents rent for longer periods.
The ability to selectively replace the components of the cushion assembly 200, 201 also results in a convenient and cost-effective manner of storage and transport. For example, with the spring assembly 214 removed, the cover 209, 222, the cover 207, 220 and the seat filler can be vacuum bagged to save space and thus provide for efficient transport.
In
The storage system 228 utilises a runner formation 230 which is arranged on each sleeve assembly 38, as can be seen clearly in
Each runner formation 230 is in the form of a channel 236 defined by the housing 60 of the locking assembly 58 and an operatively downwardly extending wall 237 (as can also clearly be seen in
The wall 237 also protects the locking assembly 58 in the event of the seat support frame 18, without legs, being dropped which could damage the locking assembly 58 without protection. The wall 237 is positioned below the holder 52, which is of steel. Thus, the wall 237 is able to transfer the impact to the holder 52 which is capable of absorbing the impact. To that end, the wall 237 extends at least as far downwardly as the housing 60.
In
In
The seat support frame 238 includes two sleeve assemblies 242 mounted on each frame member 20. Each set of two sleeve assemblies 242 are mounted so that they converge distally. Each sleeve assembly 242 is mounted on its associated frame member 20 with a gusset 244. Each sleeve assembly 242 includes an elongate sleeve holder 246 of square or round tubular section and a sleeve insert located within the sleeve holder 246. The sleeve insert can be of a plastics material. The holder 246 can define a chamfered, radiused or rounded opening to receive either of the first and second portions of either elongate connector 248, 254.
Each holder 246 can be welded to an associated gusset 244 which, in turn, is welded to an associated frame member 20.
The rest support frame 240 has two sleeve assemblies 260, each sleeve assembly 260 being positioned at or near an end of the bottom member 28. Each sleeve assembly 260 includes an elongate sleeve holder 262 fastened to the bottom member 28. A sleeve insert 264 is positioned in the sleeve holder 262 and has a head 266 that overlies a bottom end of the sleeve holder 262. The head 266 defines a chamfered, radiused or rounded opening for one of the first and second portions of either of the elongate connectors 248, 254. The head 266 need not overlie the bottom end of the sleeve holder, since material of a cover may be suitable for reducing the visibility of the hole for aesthetic purposes. The head 266 may serve to cover sharp edges, so preventing a user from being cut or scratched.
The rest support frame 240 also has two sets of inner and outer socket assemblies 268, 270. Each set is positioned proximate a respective end of the bottom member 28 and inwardly of the sleeve assemblies 260. The socket assemblies 268, 270 of each set are generally parallel to each other, but angled with respect to the socket assemblies 260. Operatively, an angle defined between the socket assemblies 268, 270 and the seat support frame 238 is less than an angle defined between the sleeve assemblies 260 and the seat support frame 238. Thus, assuming a common elongate connector, engagement of elongate connectors with the sleeve assemblies 260 provides a more upright position of the rest assembly 14 relative to the seat assembly 12 as opposed to the condition where the elongate connectors are engaged with either of the socket assemblies 268, 270. That more upright position is suitable for the armrest function of the associated rest assembly 14.
Each socket assembly 268, 270 includes an elongate holder 272, 274 that is fastened to the bottom member 28. A socket insert 276, 278 is received in each holder 272, 274. Each socket insert 276, 278 has a head 280, 282 that defines a chamfered, radiused or rounded opening to provide a guide for either of the first and second end portions of either elongate connector 248, 254.
As can be seen in
It will be appreciated that the relative positions of the seat assembly 12 and the rest assembly 14 is fixed because any divergence from those positions will inhibit the first portions 250 from being received through the sleeve assemblies 260.
As can be seen in
In
The elongate connectors 254 can be used with second portions 258 being received in respective inner socket assemblies 268. As set out above, the first portion 256 of the elongate connector 254 is comparatively shorter than the first portion 250 of the elongate connector 248, relative to their respective second portions 258, 252. Thus, the first portion 256 is not able to be withdrawn to permit the second portion 258 to be placed in the outer socket assembly 270. Thus, the elongate connectors 254 are used for a non-depth-adjustable orientation of the rest assembly 14 as a backrest.
In
The article of furniture 10 can include at least one clamping mechanism that is operable to clamp adjacent frame members 20 together when the seat assemblies are brought together to form the article of furniture, such as a sofa or chaise lounge.
The clamping mechanism includes two over-centre clamping devices 284 that are configured to engage the adjacent frame members 20 and are operable to clamp the adjacent frame members 20 together.
Each clamping device 284 includes two clamp members 286 that are displaceable relative to each other between a clamping position for example as shown in
Each clamp member 286 includes a side wall 288 and a floor section 290 that extends orthogonally from the side wall 288. The side walls 288 and the floor sections 290 are configured so that they can be bought together to define a channel 292 with a cross-sectional profile that corresponds with that of the two frame members 20 when in abutment with each other.
Each floor section 290 defines a shoulder 289 that transitions to a stepped portion 291 that steps downwardly and away from the respective side walls 288. Thus, when the floor sections 290 are brought together, the floor sections 290 together define a recess 293. The adjacent frame members 20 can be positioned on the shoulders 289 when the clamp members 286 are clamped together. Thus, a cavity 295 (see
Each side wall 286 defines an inwardly projecting upper lip 299. The upper lip 299 and the shoulder 289 on each wall 286 provide the wall 286 with an inwardly-opening recess 301 to receive a side of a frame member 20. Thus, the recesses 301 serve to properly locate the clamping device 284 with respect to the frame members 20 that are to be clamped together.
Each floor section 290 has a bore 296 extending therethrough and generally orthogonally with respect to the side wall 288. A shaft 298 of an over-centre mechanism 300 is received through the bores 296 of aligned floor sections 290. The shaft 298 has a threaded end portion 302 onto which a nut 304 can be threaded to secure the over centre mechanism 300 to the clamp member 286.
A camming member 306 is connected to an opposite end portion of the shaft 298 with a suitable pivot pin 308. The pivot pin 308 is offset with respect to a centre of the camming mechanism 306. Once the camming member 306 is secured to the clamp members 286, a camming surface 310 of the camming member bears against one of the clamp members 286. A handle 312 extends from the camming member 306 so that the camming member 306 can be rotated in one direction so that the camming member 306 acts on the pivot pin 308 to draw the shaft 298 away from one of the clamp members 286 such that the clamp members 286 are urged towards each other to clamp the frame members 20 between the sidewalls 288. When rotated in an opposite direction, the clamp members 286 are released from each other allowing the clamping device 284 to be removed from the frame members 20 so that the seat frames, and thus the seat assemblies 12 can be manipulated relative to each other. It will be appreciated that a level of tension exerted by the mechanism 300 can be adjusted by appropriate rotation of the shaft 298 relative to the nut 304, which is locked on the associated clamp member 286, against rotation.
The handle 312 is positioned so that when the camming member 306 is rotated to exert the clamping effect, the handle 312 is positioned alongside the associated side wall so as not to interfere with objects beneath the seat support frame 18. The handle 312 is dimensioned so as not to extend past an upper end of the clamp members 286. It will be appreciated that the handle 312 and associated camming member 306 could be positioned so that the handle operates horizontally.
A socket 294 is defined by each floor section 290, on one side of the bore 296, and extends generally orthogonally with respect to the side wall 288. The sockets 294 in respective floor sections 290 are rotationally symmetrical, through 180 degrees, relative to each other. A dowel 297 extends from each floor section 290, generally orthogonally with respect to the side wall 288, on an opposite side of the bore 296. Thus, the dowels 297 are also rotationally symmetrical, through 180 degrees, relative to each other. The dowels 297 are slidably received within subsequently aligned respective sockets 294 so that they serve to guide the clamp members 286 towards and away from each other when the over centre mechanism 300 is operated.
In
The corner member 314 has a corner-defining structure in the form of a corner piece 316 that has a cross sectional profile shaped to suit a cushion assembly mounted on the rest support frame 26. The corner piece 316 includes a distally projecting plate 318 having an outward facing shaping surface 320 that can be positioned against an inner surface of a side panel of a cover of the cushion assembly, at or near a lower edge of the cushion assembly. The corner piece 316 also includes an inwardly projecting frame mount 322 that extends from the plate 318. The frame mount 322 has a rearwardly facing shaping surface 324 that can be positioned against an inner surface of a back panel of the cover of the cushion assembly, at or near the lower edge of the cushion assembly. The shaping surfaces 320, 324 are configured to provide a lower corner of the cushion assembly with an aesthetically acceptable appearance when the lower corner is visible in particular configurations of the article of furniture 10 particularly when the rest assembly performs the armrest function.
As with the corner member 128, the corner member 314 is removable to avoid clashing with adjacent corner members 314 in certain configurations. A socket insert 315 of a plastics material is fitted into each end of the member 28 and defines a socket 317.
A free end of the frame mount 322 defines a socket 326. The socket 326 is shaped and dimensioned so that the associated end of the bottom frame member 28 can nest in the socket 326 with the corner member 314 being inhibited from rotation relative to the frame 26. A locating pin or peg 328 extends centrally from the socket 326 and can be received in the socket 317 to facilitate location of the corner member 314
As can be seen in the drawings, the plate 318 is symmetrical about a centre line 319. This allows the corner member 314 to be used on either side of the member 28, without the need for two different components.
In the embodiment shown, the member 28 projects beyond the side members 32. In some instances, that may not be the case. To cater for this, the frame mount 322 may define opposed slots to accommodate the side members 32, irrespective of which side the corner member 314 is mounted.
In
The seat support frame 400 includes four bracing members 404. The bracing members 404 extend between and are fastened to adjacent frame members 20 at each corner of the support frame 400. Each bracing member 404 includes opposed end portions 403 that extend inwardly and generally orthogonally with respect to the associated frame member 20. An intermediate portion 405 interconnects the end portions 403. Each sleeve assembly 38 is welded to one respective end portion 403. Thus, in this embodiment, the end portions 403 replace the gussets 50. This serves to inhibit bending of the sleeve assemblies 38 when a user leans back against the rest assembly 14.
A corner member having a corner-defining structure in the form of a swing bracket 406 is pivotally mounted on each side of the rest support frame 402. More particularly, swing brackets 406 are pivotally mounted on respective ends of the bottom frame member 28 and are pivotal between an inoperative position (
The swing arm 408 is generally planar. For example, the swing arm 408 is of metal plate. The metal plate may have a thickness of about 4 mm but could be thinner or thicker depending on requirements.
The inner portion 410 is pivotally mounted to the bottom frame member 28, via a suitable connector, that interconnects the inner portion 410, intermediate ends of the inner portion 410, to the bottom frame member 28. As described above, the bottom frame member 28 is of square tubular section. Thus, the connector can be a pivot member 414 that extends through an opening 416 in a bottom wall of the frame member 28 and is fixed to the frame member 28. The pivot member 414 extends through the inner portion 410 so that the swing bracket 406 can pivot about the pivot member 414. The pivot member 414 can be a shank of a bolt or rivet that connects the inner portion 410 to the frame member 28. As can be seen in
A free end of the inner portion 410 terminates at a narrowed lug 420. A stop 422 extends from the lower wall of the frame member 28, inwardly of each pivot member 414. The stop 422 is positioned so that, when the swing arm 408 is in the operative position, the lug 420 bears against the stop 422 to inhibit further outward pivoting of the swing arm 408. The stop 422 can be the end of a rivet or a rod welded to the frame member 28. The inner portion 410 also includes a shoulder 411 (
As can be seen in
In
The pivotal connection between the swing arm 408 and the frame member 28 is such that there is sufficient resistance to movement to facilitate the formation of a shaped corner for the cushion assembly. In one embodiment, the level of resistance to movement is sufficiently low so that when the adjacent swing arms 408 of two cushion assemblies are in the operative position and the cushion assemblies are placed side-by-side, the arms 408 can swing inwardly towards the inoperative position. Thus, if a user forgets to displace the swing arm 408 into the inoperative position, pressure between the cushion assemblies can ensure that the swing arm 408 moves towards the inoperative position to avoid interference.
In
In
For illustrative purposes,
In
In
Two spaced sleeve assemblies 454 are mounted on the bottom frame member 28. The sleeve assemblies 454 are similar to the sleeve assemblies 106, as described above.
In this embodiment, the functionality of the rest support frames 452 is defined by the way the elongate connectors 114 are used. For example, one of the rest support frames 452.1 functions as a support frame for an armrest. In that configuration, the associated elongate connectors 114 are positioned so that the portions 122 are connected to the sleeve assemblies 38 and the portions 116 are received through the respective sleeve assemblies 454 so that the sleeve assemblies 454 can simply slide down, with the rest support frame 452, to bear against the curved junction 124 between the portions 116, 122 (
It is to be appreciated that the sleeve assemblies 454 could be capped, for example, where a fixed height for the rest support frame 452 is required.
In
The system includes a number of seat connectors 500. Each seat connector 500 is elongate with an intermediate portion 502 interposed between end portions 504. The end portions 504 are generally aligned with each other. The intermediate portion 502 is offset with respect to the end portions 504. Thus, in overall shape, the seat connector 500 resembles a crank. In use, when the end portions 504 are linearly restrained but free to rotate, the intermediate portion 502 can be manipulated to rotate the seat connector 500.
Each end portion 504 includes a groove or recess 506 positioned at or near a free end 508 of the end portion 504. The recess 506 is similar to the recess 174, 176 in the seat connector 168.
The seat connector 500 is dimensioned so that each of the end portions 504 can be inserted into respective apertures 72 of aligned passageways 64 of respective sleeve assemblies 38. The lengths of the intermediate portion 502 and end portions 504, together with positions of the recesses 506 are such that when the seat support frames 400 are brought into side-by-side abutment, the pins 77 of the associated locking assemblies 58 are received in the recesses 506 of the seat connector 500. The free ends 508 are tapered, chamfered or rounded. This facilitates the insertion of the end portions 504 and limits damage to the sleeve assemblies 38. Furthermore, the dimensions of the intermediate portion 502 are such that the extent of insertion of the end portions 504 is limited by a position of a junction between the end portions 504 and the intermediate portion 502, since insertion can only occur until the junction bears against the associated sleeve assembly 38. Without the intermediate portion 502, continued urging of the seat connector 500 would result in the pin 77 disengaging from the recess 506. Thus, the intermediate portion 502 serves to facilitate proper location of the seat connectors 500.
In use, two of the seat connectors 500 are used to connect two of the seat support frames 400 together. One of the end portions 504 of each connector 500 is inserted into a respective aperture 72, of the sleeve assemblies 38 of one seat support frame 400, until the end portions 504 clip into engagement with the associated sleeve assembly 38 and the intermediate portion 502 is inhibited from further inward travel. Subsequently, another seat support frame 400 is manipulated so that the other end portions 504 are received through the respective apertures 72 of the sleeve assemblies 38 until the connectors 500 clip into engagement with the associated sleeve assemblies 38 and the intermediate portion 502 is inhibited from further inward travel. It will be appreciated that the connectors 500 are inhibited from inward travel while another seat support frame 400 is manipulated as described above.
Each of the recesses 506 is oriented at about 180° relative to the offset of the intermediate portion 502. Thus, once the seat support frames 400 are connected together, as described above, the intermediate portions 502 project partially downwardly with respect to the abutting frame members 20. This facilitates user access to the intermediate portions 502 so that the seat connectors 500 can be cranked by a user grasping the intermediate portions 502 to disengage the recesses 506 from the pins 77, in the manner described above with reference to
The offset intermediate portions 502 facilitate access to the seat connectors 500 by the consumer without the consumer having to look under the seat support frames 400. The intermediate portions 502 are readily grasped, and, given their offset orientation, the seat connectors 500 can be easily cranked to disengage them from the seat support frames 400.
Furthermore, connecting the seat support frames 400 together can be done without the consumer having to be on their knees or seated. The two seat connectors 500 can be inserted into the respective sleeve assemblies 38, as described above. Then, while the consumer is still in a standing position, the consumer (possibly with the help of another person) can urge the seat support frames 400 together so that the connectors 500 engage their respective sleeve assemblies 38, as described above. During this process, the portion 502 prevents the connector 500 from excessive inward movement with respect to one seat support frame 400, which would result in an inability to get the portions 504 to engage with the sleeve assemblies 38 of the other seat support frame 400.
In
The table assembly 600 includes a tabletop 602. The tabletop 602 can be any of a variety of shapes. In this example, the tabletop 602 is round.
A receiver 604 extends from a bottom surface of the tabletop 602. The table assembly 600 includes a support member 606 that engages the tabletop 602, to support the tabletop 602 at a suitable height. The support member 606 includes an operatively substantially vertical support post 608 and a leg 610 that extends generally at right angles to the support post 608. The leg 610 is detachably engageable with the rest mount with the support post 608 extending operatively upwardly from the leg 610. An elongate racing member 616 extends from the support member 606 and is detachably engageable with the rest mount to brace the table assembly 600 against pivotal movement.
The leg 610 has a groove or recess 612 at or near a free end of the leg 610. The recess 612 is similar to the recesses described above. In addition, the dimensions of the leg 610 and the position of the recess 612 permits the leg 610 to be inserted into the passageway 64 and then 62 of a front opening sleeve assembly 38 so that the leg 610 engages with the sleeve assembly 38, as with the connector 16. Thus, the tabletop 602 can be positioned in front of the associated seat support frame 400 and thus in front of a seat assembly containing the support frame 400. In the case of the tabletop 602 being round, the receiver is offset from a centre of the tabletop 602 so that the tabletop 602 can be pivoted into a suitable position.
A receiver 614 is fixed to the leg 610 and extends generally at right angles to the leg 610. The bracing member 616 is elongate and has a cross-sectional dimension that is similar to that of the support member 606. The bracing member 616 includes a major portion 618. A free end of the major portion 618 is receivable in the receiver 614, the receiver 614 being configured so that the bracing member 616 can be retained in the receiver 614. The bracing member 616 also includes a minor portion 620 that extends generally orthogonally with respect to the major portion 618, such that the bracing member 616 is generally L-shaped.
The receiver 614 is in the form of a tube that is welded to the leg 610. The receiver 614 includes one portion 614.1 on one side of the leg 610 and another portion 614.2 on an opposite side of the leg 610. The portions 614.1 and 614.2 are angled with respect to each other such that each portion 614.1 is angled upwardly with respect to the leg 610. This allows for sufficient space to be created between the seat frame 400 and the receiver 614 for fabric or leather seat covers. The upward angle of each portion 614 is the same so that the bracing member 616 can be used on either side of the receiver 614, as explained below.
The major portion 618 has a length such that, when the leg 610 is engaged with one of the sleeve assemblies 38 on a front frame member 20 of the seat support frame 400, the minor portion 620 can be received in the other of the sleeve assemblies 38 on the front frame member 20 of the seat support frame 400. Thus, the table assembly 600 can be detachably secured to the seat support frame 400.
Detachment of the table assembly 600 from the seat support frame 400 can be carried out by operating the push member 74, in the manner described above with reference to the detachment of the elongate connector 16 from an associated sleeve assembly 38.
It will be appreciated that the table assembly 600 can engage any side of the seat support frame 400 that does not have a rest support frame 402 already attached thereto. It follows that the table assembly 600 can be positioned in any number of positions depending on how the consumer configures the article of furniture 10.
The sleeve 614 is open at both ends. Thus, the major portion 618 can be positioned on any side of the support member 606, allowing for flexibility to suit the configuration of the article of furniture 10.
It will be appreciated that any number of accessories can be configured to engage either the rest mount or seat mount of the article of furniture by using a suitable connecting arrangement that can cooperate with the rest or seat mount, as described above, with reference to the various elongate connectors.
It will readily be appreciated that the various embodiments of the article of furniture 10 described above will be supplied in the form of a kit and, as such, it is intended that the description of the various embodiments of the article of furniture 10 should also be regarded as a description of kids for the article of furniture 10.
As is clear from the preceding description, the article of furniture 10 can take a multitude of different forms utilising a number of seat assemblies and rest assemblies that can function either as a backrest or armrests depending on the forms or orientations of elongate connector used for mounting the seat assemblies and rest assemblies to each other. Thus, the article of furniture 10 is modular and expandable to suit a wide range of living conditions. It follows that the article of furniture 10 is suitable for ameliorating or addressing the issues raised in the background of this description associated with other forms of articles of furniture.
The seat assemblies and rest assemblies can be provided as separate components so that a user can expand their seating arrangements as required. For example, if they move from a smaller residence to a larger residence, it will be possible to purchase further components to expand their seating arrangements. This obviates the need for them to purchase all new items of furniture and then deal with the problems of discarding the old furniture. Alternatively, if they are downsizing, they can simply remove various components and alter the configuration of the article of furniture to suit the downsized environment.
As described above, the cushion assembly is capable of being disassembled into its respective components for recycling, where possible, or replacement. This process can form part of the upsizing or downsizing alterations. The fact that the cushion assembly is capable of such disassembly and replacement of components allows a user to update existing components when further components are purchased for expansion. For example, the cushion covers could be replaced to suit the new components. Alternatively, the cushion covers could be replaced to suit a change in living conditions, such as a couple having children.
The fact that the seat assemblies and rest assemblies can be all single-seater size allows for easy transport of the various components. Furthermore, the dual function of the rest assemblies reduces the number of items required to be stocked in a warehouse. Delivery can thus be extremely quick and can include next day delivery. With conventional articles of furniture, next day delivery is extremely difficult and expensive because of the number of items that need to be pre-manufactured and stored. Attempts to achieve next day delivery with conventional articles of furniture can result in excessive inventory being stored in warehouses. These problems are not encountered with the article of furniture 10 because of its modularity and use of only two main components to achieve a large variety of different configurations.
The configuration of the elongate connectors is such that, when assembled, the characteristics of the article of furniture 10 can be adjusted to suit different users. For example, a seat depth adjustment can be achieved by adjusting a position of the backrest on the seat assembly. Some users prefer a deeper backrest seat, particularly for a more relaxed seating arrangement where the user's legs are on the seat assemblies. Other users prefer a shallower backrest for a more upright seating position. This adjustability is particularly useful for online purchases where a purchaser does not have the opportunity to test the article of furniture.
The appended claims are to be considered as incorporated into the above description.
Throughout this specification, the word “proximal” is intended to mean an orientation that is closest to a user in an operative position. For example, when an elongate connector has a “proximal” end, that end is the end that would be closest to the user manipulating the elongate connector. The word “distal” has an opposite meaning, being that end or that orientation furthest from the user.
When any number or range is described herein, unless clearly stated otherwise, that number or range is approximate. Recitation of ranges of values herein are intended to serve as a shorthand method of referring individually to each separate value falling within the range, unless otherwise indicated herein, and each separate value and each separate subrange defined by such separate values is incorporated into the specification as if it were individually recited herein.
Words indicating direction or orientation, such as “front”, “rear”, “back”, etc, are used for convenience. The inventor(s) envisages that various embodiments can be used in a non-operative configuration, such as when presented for sale. Thus, such words are to be regarded as illustrative in nature, and not as restrictive.
The term “and/or”, e.g., “A and/or B” shall be understood to mean either “A and B” or “A or B” and shall be taken to provide explicit support for both meanings or for either meaning.
Throughout the specification, the use of common reference numerals to label similar components in different embodiments is for convenience only and should not be regarded as limiting or as indicating that the respective components are identical.
Throughout this specification, reference to any advantages, promises, objects or the like should not be regarded as cumulative, composite and/or collective and should be regarded as preferable or desirable rather than stated as a warranty.
Throughout this specification, unless otherwise indicated, “comprise,” “comprises,” and “comprising,” (and variants thereof) or related terms such as “includes” (and variants thereof),” are used inclusively rather than exclusively, so that a stated integer or group of integers may include one or more other non-stated integers or groups of integers.
It is to be understood that the terminology employed above is for the purpose of description and should not be regarded as limiting. The described embodiments are intended to be illustrative of the invention, without limiting the scope thereof. The invention is capable of being practised with various modifications and additions as will readily occur to those skilled in the art.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2019904315 | Nov 2019 | AU | national |
| 2019904839 | Dec 2019 | AU | national |
| 2020900535 | Feb 2020 | AU | national |
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/AU2020/000131 | 11/16/2020 | WO |
