A Corner Connector

Abstract

A corner connector 16 for a frame assembly (10, Figure 1) comprising three elongate profiled beams (12a-l, Figure 1) defining first ends thereof, a corner connector and an end cap (18, Figure 5). The

Description

FIELD The present teachings relate to a corner connector for a frame assembly; an end 5 cap for a frame; a frame assembly; and a kit of parts. BACKGROUND Frame assemblies are often formed by connecting a series of frame members with a corner connector at each corner of the frame. Such frame assemblies may be used, for example, for a display unit or a table. The frame assemblies are commonly 10 metallic frame assemblies, however polymeric frame members may also be used. It is known to assemble the frame by attaching elongate profiled beams to the corner connectors to create a rectangular frame. It is also known to attach an end cap at each of the corners to form a cover over the corner connector and improve the overall aesthetics of the frame. Typically, the end cap is a substantially cuboidal 15 body defining an internal volume, and most of the internal volume is occupied by engagement feature for mounting the end cap to the corner connector and mounting the corner connector to the frame members. In these known frame assemblies, it can be difficult to pass cables, for example electrical cables, between adjacent elongate profiled beams. 20 The present teachings seek to overcome or at least mitigate one or more problems associated with the prior art. SUMMARY A first aspect of the teachings provides a corner connector for a frame assembly comprising three elongate profiled beams defining first ends thereof, a corner 25 connector and an end cap, the corner connector comprising: a connector body comprising first, second and third connector walls aligned along mutually perpendicular planes relative to one another and connected along adjacent edges thereof; and 10 06 24 a first end cap mounting arrangement comprising an aperture or recess on a connector wall, and spaced apart from a free edge of said connector wall, configured to receive a second end cap mounting arrangement of the end cap for mounting said end cap to the corner connector, wherein the first, second, and third 5 connector walls each comprise a beam mounting arrangement comprising a bore extending therethrough for mounting a first end of a respective elongate profiled beam to the connector body, wherein the first and second connector walls define a first free edge extending at least partially between the second and third connector walls and a 10 second free edge extending at least partially between the first and third connector walls, respectively, and wherein the first and second free edges each comprise a recess, channel or groove thereon. Advantageously, the arrangement of the connector body with the profiled beams 15 provides a compact and secure connection of the first and second profiled beams. The end cap mounting arrangement and the beam mounting arrangement improve ease of assembly whilst creating a compact connector. The recess, channel or groove on the first and second free edges creates space between the respective connector wall and the profiled beam which and enables wiring to extend through 20 the corner connector between two beams mounted to the connector. Advantageously, the end cap mounting arrangement helps to ensure the correct positioning of the connector body relative to the end cap and holds the parts in place whilst the end cap is secured. Advantageously, the female and projecting mounting arrangements help to ensure the end cap engages into position, and 25 allows the user to insert and remove the end cap multiple times. Advantageously, the bore helps to fixedly secure the connector to the profiled beam, thereby improving the durability of the connection and helping to prevent the profiled beams from rotating relative to one another. The first and second free edges may each comprise a pair of spaced apart recesses, 30 channels or grooves thereon. Advantageously, providing the second recess, channel or groove creates additional space for additional cable routing. 10 06 24 The third connector wall may define a third free edge extending at least partially between the first and second connector walls, said third free edge comprising a recess, channel or groove thereon. Advantageously, providing the recess, channel or groove creates additional space 5 for cable routing, and creates space for wiring to extend from the third profiled beam through the corner connector. The third free edge of the third connector wall may comprise a pair of spaced apart recesses, channels or grooves thereon. Advantageously, providing the second recess, channel or groove creates additional 10 space for additional cable routing. Each of the first, second and third connector walls may define a substantially planar external beam mounting face configured to abut against a respective first end of a profiled beam. Advantageously, the planar beam mounting faces correspond to the planar first 15 ends of the profiled beams, which simplifies the assembly of the corner connector to the profiled beam. The aperture or recess may be configured to provide a push-fit connection to the second end cap mounting arrangement of the end cap. The aperture or recess may comprise at least one angled or tapered surface 20 configured and arranged to retain the second end cap mounting arrangement of the end cap in the aperture or recess, in use. Advantageously, the taper ensures the end cap engages into position and enables the end cap to be releasably mountable to the corner connector. Each bore may be located on a recessed region of an internal face of the respective 25 connector wall. Advantageously, the recessed section reduces the thickness of the connector walls around the bore, thereby creating additional space for cable routing. The first, second and third connector walls may each define a thickness at the respective free edge thereof, and each free edge may comprise a region having a 30 reduced thickness relative to the remainder of the free edge. 10 06 24 Advantageously, the region of reduced thickness at the edges of the walls creates additional space for cable routing. Each recessed region may extend to the respective free edge to define the region of reduced thickness. 5 Advantageously, the recessed region extending to the free edge creates additional space at the first end of the profiled beams for wire routing. The first, second and third connector walls may be configured and arranged to define three concurrent external connector edges at the intersections therebetween. 10 Each external connector edge may be substantially linear. The corner connector may comprise an alignment arrangement configured to align the corner connector with a first end of a profiled beam, in use. Advantageously, the alignment feature helps to correctly align the corner connector with respect to the profiled beams, thereby simplifying the assembly process. The 15 spacing between the beam mounting arrangement and the first and second edges aligns with the hollow profiles of the profiled beams. The alignment arrangement may be spaced apart from the external edges defined between the first, second, and third connector walls. The alignment arrangement may comprise at least one alignment member 20 projecting from an external beam mounting face of each of the first, second and third connector walls. Additionally, this arrangement provides alignment of the first, second and third connector walls, thereby providing alignment in multiple directions and simplifying the manufacturing process. 25 Each alignment member may comprise at least one tapered or chamfered edge configured and arranged to align the corner connector with a first end of a respective profiled beam. Advantageously, extended lugs ensure the corner connector fits easily and securely into position. This shape of lug enhances stability and stops adjacent profiled beams 10 06 24 being able to rotate. The chamfer helps to aid positioning and are an exact fit to the internal routing of the profiled beam. The corner connector may comprise a polymeric material. The polymeric material may be nylon. 5 Advantageously, a polymer is relatively low cost and readily available, thereby lowering manufacturing costs and complexity. Polymers are also relatively lightweight. The polymeric material may comprise a reinforcement arrangement configured to increase the strength of the corner connector. 10 The reinforcement arrangement may comprise reinforcing glass fibres. The adjacent edges of the first, second and third connector walls may meet at a common point. Advantageously, the reinforcing arrangement improves the strength properties of the corner connector, thereby reducing the likelihood of the corner connector failing 15 and increasing the weight limit of the frame assembly. According to an example of the present teachings, there is provided an end cap for a frame assembly comprising three elongate profiled beams defining fist ends thereof, a corner connector and an end cap, the end cap comprising: an end cap body comprising first, second and third cap walls aligned along 20 mutually perpendicular planes relative to one another and connected along adjacent edges thereof; a second end cap mounting arrangement projecting from an internal face of the body to define an elongate length terminating at a distal end configured and arranged to engage a first end cap mounting arrangement of a corner connector 25 for mounting the end cap to said corner connector; and at least one reinforcing rib extending between the end cap body and the second end cap mounting arrangement, wherein the at least one reinforcing rib terminates at a position away from the distal end of the projecting second end cap mounting arrangement. 10 06 24 Advantageously, the arrangement of the body with the profiled beams provides a compact and secure connection of the profiled beams. The end cap mounting arrangement improves ease of assembly whilst creating a compact bracket and creating the required space for cable routing. The ribs increase the structural 5 strength of the end cap. The length of the ribs helps to create the required space for cable routing compared, for example, to a flange extending along the majority of the projecting second end cap mounting arrangement. The at least one reinforcing rib may comprise a free edge extending at least partially between the body and the projection, said free edge comprising a recess, channel 10 or groove thereon. Advantageously, the spacing provided by the recess, channel or groove creates spacing and enables for wiring to extend around the frame assembly, for example to provide lighting around the frame assembly, thereby improving the overall aesthetics of the frame assembly. 15 The at least one reinforcing rib may comprise three reinforcing ribs. Advantageously, the arrangement of three ribs provides the required support for the projecting second end cap mounting arrangement, whilst the recess, channel or groove provides the required spacing for cable routing. The three reinforcing ribs may be equally spaced around the second end cap 20 mounting arrangement. Advantageously, the spacing between the ribs provides support at different location s about the projecting second end cap mounting arrangement. The at least one reinforcing rib may terminate at a position remote from the distal end of the second end cap mounting arrangement. 25 The at least one reinforcing rib may terminate at a position away from the distal end that is greater than a quarter of the elongate length of the second end cap mounting arrangement, for example greater than half of the elongate length of the second end cap mounting arrangement. Advantageously, the location and length of the ribs helps to create the required 30 space for cable routing compared, for example, to a flange extending along the majority of the projecting second end cap mounting arrangement. 10 06 24 The distal end of the second end cap mounting arrangement may comprise a resiliently deformable or deflectable portion. Advantageously, this helps the removal and reattachment or the end cap to the corner connector. 5 The distal end of the second end cap mounting arrangement may comprise a tapered or angled surface configured and arranged to engage with the first end cap mounting arrangement of the corner connector. Advantageously, the tapered surface corresponds to the tapered surface of the first end cap mounting arrangement. 10 At least one of the first, second and third end cap walls may comprise a frangible or weakened region. Advantageously, the frangible or weaken region creates a position of exit for the cable and allows the cable system to be connected to an external power source. It is only necessary to remove the frangible or weakened region for applications where 15 the corner connector benefits from having a position of exit for the cable. Otherwise the frangible or weakened region can remain attached to the first, second and / or third connector wall. This helps to reduce unnecessary gaps, and improves the overall aesthetics of the corner. The first, second and third cap walls may be configured and arranged to define 20 three concurrent external end cap edges at the intersections therebetween. Each external end cap edge may be substantially linear. The end cap may comprise a polymeric material. The polymeric material may be nylon. 25 Advantageously, a polymer is relatively low cost and readily available, thereby lowering manufacturing costs and complexity. Polymers are also relatively lightweight. The adjacent edges of the first, second and third cap walls may meet at a common point. 10 06 24 A further aspect of the present teachings provides a frame assembly comprising: a corner connector according to the first aspect; first, second, and third elongate profiled beams defining first ends thereof, said first ends mounted to the first, second, and third connector walls, respectively; 5 and an end cap according to the previous example mounted, e.g. releasably mounted, to the corner connector. A further example of the present teachings provides a kit of parts comprising: a corner connector according to the first aspect; and 10          an end cap according to the previous example. BRIEF DESCRIPTION OF THE DRAWINGS Embodiments will now be described with reference to the accompanying drawings, in which: Figure 1 is an exploded isometric view of a frame assembly according to an 15 embodiment of the present teachings; Figure 2 is an isometric view of a corner of the frame assembly of Figure 1; Figure 3 is a first isometric view of a corner connector of the frame assembly of Figure 1; Figure 4 is a second isometric view of the corner connector of Figure 3; and 20 Figure 5 is an isometric view of an end cap of the frame assembly of Figure 1. DETAILED DESCRIPTION OF EIMBODIMENT(S) Referring firstly to Figure 1, a frame assembly generally indicated at 10 is shown. The frame assembly 10 is suitable for a range of applications, for example as a display unit or as a table. The frame assembly 10 is made up of a series of elongate 25 profiled beams 12a-l. The elongate profiled beams 12a-l each define opposing ends thereof (i.e. each beam defines a first end and a second end). In the illustrated embodiment, the twelve profiled beams make up a substantially rectangular frame 10 06 24 assembly 10. The substantially rectangular fra me assembly 10 includes eight corner assemblies 14. It shall be appreciated that in alternative embodiments, any number of profiled beams may be used to construct the frame assembly 10 depending on the required shape and / or size of the frame assembly 10. The frame assembly 10 5 may support a pane or panel (not shown), such as a pane of glass, a panel of wood, aluminium or another suitable material. The frame assembly 10 is a metallic frame, i.e. a frame having profiled beams 12a-l that are at least in part metallic. A metallic frame as described here may include features or components of some non-metallic or composite material, such as polymer material. In particular, the frame may 10 comprise non-metallic materials at the corner assemblies 14-d. In alternative embodiments, the frame assembly 10 may be a polymeric frame assembly. Each corner assembly 14 includes a corner connector 16. Each corner connector 16 has three profiled beams 12a-l mounted thereto. An end cap (not shown) is mounted to the corner connector 16 so as to cover the corner assembly. 15 Referring to Figure 2, the profiled beams 12a-l each include at least one hollow profile 13 extending along an elongate length of each of the profiled beams 12a-l. Put another way, the profiled beams 12a-l each define a recess or channel extending along the elongate length thereof. In this embodiment, each profiled beam 12a-l includes two hollow profiles 13. It shall be appreciated that in 20 alternative embodiments, any suitable number of hollow profiles may be used. In the arrangement shown, the frame assembly 10 is provided with a lighting system. As illustrated in Figure 2, the lighting system may include LED strips located in a hollow profile 13 of an elongate beam 12a-l. In order to power the lighting system, cabling is routed inside the profiled beams 12a-l and through the corner assemblies 25   14 to extend between adjacent profiled beams. It shall be appreciated that although in this embodiment a lighting system is provided, the cabling may be used to power any suitable device. It shall be appreciated that in this embodiment, each corner assembly 14 are of substantially the same configuration. Therefore for reasons of conciseness and 30 brevity, only a single corner assembly 14 will be described hereafter. Three profiled beams 12a-c are mounted to the corner connector 16. The corner connector 16 connect the profiled beams 12 at the corner 14 Referring to Figures 3 and 4, the corner connector 16 is illustrated in more detail. The corner connector 16 includes a connector body 20. The connector body 20 35 includes a polymeric material. In this embodiment, the polymeric material is nylon, 10 06 24 however any suitable polymer may be used. The polymeric material may include a reinforcement arrangement configured to increase the strength of the corner connector 16. The reinforcement arrangement may include glass fibres, by way of example. 5 The connector body 20 includes first, second and third connector walls 26 arranged transverse relative to each other and connected along adjacent edges 28a-c thereof. In some embodiments, the first, second and third connector walls 26 are arranged so as to be perpendicular to each other, but in other embodiments the walls 26 may be arranged at different angles to each other. The first, second and 10 third connector walls 26a-c are configured and arranged to define three external edges 28a-c at the intersections therebetween. Each external edge 28a-c is substantially linear. The three external edges 28a-c meet at a corner. Put another way, the first, second and third connector walls 26 are configured and arranged to define three concurrent external connector edges 28 at the intersections 15 therebetween. In the present embodiment, the connector walls 26 are of substantially the same configuration. Therefore, only the first connector wall 26a and the associated features are labelled in Figures 3 and 4. It shall be appreciated that in alternative embodiments, the features of the first, second and / or third connector wall may 20 differ. Each of the first, second and third connector walls 26 include an external beam mounting face 30 and an internal, e.g. end cap mounting, face 32. The external edges 28a-c are located on the external beam mounting faces 30. The external beam mounting faces 30 abut against the first ends of the first, second and third 25 profiled beams 12 respectively. The first ends of each of the first second and third profiled beams 12 are substantially planar. The external beam mounting faces 30 of the first second and third connector walls 26 are substantially planar. The corresponding planar surfaces of the ends of the profiled beams 12 and the external beam mounting faces 30 improves assembly of the corner assembly 14 and creates 30 a compact corner assembly 14. The first and second connector walls 26a, 26b define a free edge 34 extending at least partially between the second and third connector walls 26b, 26c and the first and third connector walls 26a, 26c respectively. Each of the first, second and third free edges 34a includes a recess, channel or groove thereon 36a. In this 35 embodiment, the third connector wall 26c also defines a free edge extending at 10 06 24 least partially between the first and second connector walls 26a, 26b and including a recess, channel or groove thereon. In the embodiment, the free edges 34 extend between the other two connector walls. The free edges 36 comprise a substantially arcuate profile extending between the 5 respective other two connector walls 26a-c. The recess 36 in this embodiment is a deviation in profile of the arcuate free edge 36. In alternative embodiment, any suitable shape of recess, channel or groove may be provided, such as a rectangular channel or a V-shaped groove. In this embodiment, each free edge 34 further defines a second recess, groove or channel 36d-f thereon. The second recesses 10   36d-f are of substantially the same configuration to the first recesses 36. It shall be appreciated that in alternative embodiments, the second recesses 36d-f may be omitted The first recesses 36 and the second recesses 36d-f are located symmetrically on the free edges 34. Put another way, the first recesses 36 are spaced apart from the respective first, second and third edges 28 the same distance 15 as the second recesses 36d-f from the respective first, second and third edges 28. The recesses 36a-f align with the hollow profiles 13 of the profiled beams so as to create a space between the free edge and the end of the hollow profile 13 to enable wiring to pass therebetween to extend around the frame assembly. The first and second walls 26a, 26b each define a thickness at the respective free 20 edge 34 thereof, and each free edge 34 includes a region having a reduced thickness relative to the remainder of the free edge 34. As illustrated in Figure 4, in this embodiment the region of thinner thickness on the first connector wall 26a extends partially over each of the recesses 36a, 36b. The region of thinner thickness of the second and third connector walls 26b, 26c extends over one of the recesses. 25 It shall be appreciated that the region of thinner thickness may extend over any portion of the free edges. The corner connector includes a first end cap mounting arrangement 22 configured to engage with a second end cap mounting arrangement of an end cap for mounting said end cap to the corner connector. The first end cap mounting arrangement 22 30 is configured to engage with a second end cap mounting arrangement 50 of the end cap 18 for mounting the end cap 18 to the corner connector 16. In this embodiment, the first end cap mounting arrangement 22 includes a female mounting arrangement 22 configured to engage with the second end cap mounting arrangement 50 of the end cap 18. The female mounting arrangement 22 includes 10 06 24 an aperture or recess on one of the first, second or third connector walls 26. In this embodiment, an aperture 22 is provided. The aperture 22 extends through the entirety of the first connector wall 26a. It shall be appreciated that in alternative embodiments, the first end cap mounting 5 arrangement 22 may be located on any of the first, second or third connector walls 26a-c. The female mounting arrangement 22 includes at least one tapered surface 23. The tapered surface 23 corresponds to the shape of the second end cap mounting arrangement 50, as will be described in more detail below. The tapered surface 23 extends from the end cap mounting face 32 to the external beam 10 mounting face 30 such that the cross-section area of the aperture 22 increase from the end cap mounting face 32 to the external beam mounting face 30. It will be appreciated that the female mounting member is configured to provide a push-fit connection to the second end cap mounting arrangement of the end cap. The corner connector includes a beam mounting arrangement 24. The beam 15 mounting arrangement 24 is configured to mount the first end of the respective elongate profiled beam 12 to the connector body 20. Put another way, the first, second, and third connector walls 26 each comprise a beam mounting arrangement configured to mount a first end of a respective elongate profiled beam to the connector body, Each beam mounting arrangement 24 includes a bore 24 extending 20 through each of the first, second and third connector walls 26a-c. The bores 24 are each located equidistant between the respective first, second and third external edges 28a-c. When the corner connector 16 is in an assembled state, a fastener 40 is located in each of the bores 24. The bores 24 fixedly secure the corner connector 16 to the 25 profiled beam, thereby improving the durability of the connection and helping to prevent the profiled beams 12a-c from rotating relative to one another. It shall be appreciated that in embodiments with only first and second profiled beams 12a, 12b, a bore may be provided on only two of the connector walls 26a, 26b. The bores 24 are located on a recessed region 38 of an internal face of the corner 30 connector, i.e. the end cap mounting face 32 of the respective first, second and / or third connector wall 26. The recessed region 38 extends in the direction parallel to a respective longitudinal axis of the respective profiled beam 12a-c. The recessed region 38on the internal face of the respective connector wall 26a-c extends to the free edge 34 to define the region of thinner thickness of the free edge 34. In this 35 embodiment, the bores 24 are located on the planar cap mounting faces 32 of the 10 06 24 connector walls 26a-c. Put another way, the bores 24 are not countersunk. This helps to overcome any issues when the corner connector 16 is being mounted to the profiled beams 12a-c. In this embodiment, the corner connector 16 includes an alignment arrangement 5   46a, 46b configured to align the profiled beams 12a-c with respect to the corner connector 16 in a direction perpendicular to the respective longitudinal axis of the profiled beams 12a-c. It shall be appreciated that in alternative embodiments, the alignment arrangement 46a, 46b may be omitted. An entirety of the alignment arrangement 46a, 46b is spaced apart from the first, second and / or third 10 intersecting edge 28 such that a space is defined between the alignment arrangement 46a, 46b and the first, second and / or third external edges 28a-c. The spacing creates additional space within the corner connector 16 for cable routing. In the embodiment of Figures 1 to 4, the alignment arrangement 46a, 46b includes one or more alignment members 46a, 46b, in this embodiment six alignment 15 members 46a, 46b. The alignment members 46a, 46b are located on all of the first, second and third connector walls 26a-c. The alignment members 46a, 46b projecting from an external beam mounting face of each of the first, second and third connector walls. As illustrated in Figure 3, the alignment members 46a, 46b are arranged in pairs on all of the first, second and third connector walls 26a, 26b. 20 In alternative embodiments, any suitable number of alignment members may b provided on each connect wall, such as one, three, four or more alignment members. For each of the first, second and third connector walls 26a-c, one of the alignment members 46a is located adjacent the first recess 36a and one of the alignment 25 members 46b is located adjacent the second recess 36a. Each of the alignment members 46a, 46b are located equidistant from the closest external edge 28a-c. The location of the alignment members 46a, 46b and the spacing from the external edges 28a-c axially aligns with the hollow profiles 13 of the profiled beams 12a-c such that the hollow profiles 13 are correctly alignment with respect to the corner 30 connector 16. The one or more alignment members 46a, 46b are lugs 46a, 46b projecting from the external beam mounting face of the respective connector wall 26a-c. Each lug 46a, 46b defines a width configured to extend in a direction perpendicular to the respective longitudinal axis of each of the profiled beams 12a-c with which it 35 engages, and a length configured to extend in a direction parallel to the respective 10 06 24 longitudinal axis of the profiled beam with which it engages. The length of the lug 46a, 46b is greater than the width of the lug 46a, 46b. This shape of lug enhances stability and stops adjacent profiled beams 12a-c being able to rotate. In this embodiment, each alignment member, e.g. lug, includes a tapered or 5 chamfered edge 48a, 48b configured to align the corner connector with a respective profiled beam 12a-c in the direction perpendicular to the longitudinal axes of the profiled beams 12a-c. The chamfer 48a, 48b helps to aid positioning of the profiled beams 12a-c and the shape corresponds to the hollow profiles of the profiled beams 12a-c. It shall be appreciated that in alternative embodiments, the shape of the 10 alignment members 46a, 46b may be modified depending on the shape of the hollow profiles. Similarly, the location and number of alignment members 46a, 46b may vary depending on how many hollow profiles are provided and the location of the hollow profiles. Referring to Figure 5, an end cap 18 of the frame assembly 10 is illustrated. 15 The end cap 18 includes an end cap body 50. The end cap body 50 includes a polymeric material. In this embodiment, the polymeric material is nylon, however any suitable polymer or material may be used. The polymeric material may include a reinforcement arrangement configured to increase the strength of the end cap 18. The reinforcement arrangement may include glass fibres, by way of example. 20 The end cap body 50 includes first, second and third end cap walls 54a-c arranged transverse, e.g. substantially perpendicularly, to each other and connected long adjacent edges 56a-c thereof. The adjacent edges 56a-c are substantially linear. The three external edges meet at a corner. Put another way, the first, second and third connector walls 26 are configured and arranged to define three concurrent 25 external connector edges 28 at the intersections therebetween. The first, second and third end cap walls 54a-c are substantially rectangular. This creates a substantially cuboidal end cap 18 which when mounting to the corner connector creates a corner with improved aesthetics. The body 50 includes a hollow internal volume defined by the first, second and third end cap walls 54a-c The first, 30 second and third end cap walls 54a-c are substantially planar. In this embodiment, the first, second and third connector walls 54a-c are of substantially the same configuration, however it shall be appreciated that in alternative embodiments, the features of the first, second and third end cap walls 54a-c may differ from one another. 10 06 24 The end cap 18 includes a second end cap mounting arrangement 52 projecting from an internal face of the body to define an elongate length terminating at a distal end configured and arranged to engage a first end cap mounting arrangement of a corner connector for mounting the end cap to said corner connector. It shall be 5 appreciated that in alternative embodiments, the configuration of the first and second end cap mounting arrangements 22, 52 may be reversed such that the first end cap mounting arrangement is a projecting first end cap mounting arrangement and the second end cap mounting arrangement is a female second end cap mounting arrangement. 10 The end cap 18 includes at least one reinforcing rib 58 extending between the end cap body and the second end cap mounting arrangement. In some embodiments, three reinforcing ribs 58a-c are provided. The three reinforcing ribs are equally spaced around the second end cap mounting arrangement. Each of the first, second and third reinforcing ribs 58a-c extends between the respective first second or third 15 connector walls 54a-c and the projecting second end cap mounting arrangement 52. It shall be appreciated that in alternative embodiments, any suitable number of reinforcing ribs may be provided, for example one, two, four or more reinforcing ribs may be provided. The reinforcing ribs 58a-c each include a free edge 60a-c extending at least partially 20 between the end cap body 50 and the projecting second end cap mounting arrangement 52. The or each reinforcing rib terminates at a position away from the distal end of the projecting second end cap mounting arrangement. Each reinforcing rib terminates at a position remote from the distal end of the second end cap mounting arrangement. Each reinforcing rib terminates at a position away from the 25 distal end that is greater than a quarter of the elongate length of the second end cap mounting arrangement, for example greater than half of the elongate length of the second end cap mounting arrangement. This helps to maximise the space for cabling whilst providing reinforcement to the projecting second end cap mounting arrangement 52. 30 The free edges 60a-c each include a recess, channel or groove thereon 62a-c. In this embodiment, a recess 62a-c is provided, and the spacing provided by the recess 62a-c enables for wiring to extend around the frame assembly 10. The recess 62a-c includes a deviation in profile. It shall be appreciated that in alternative embodiments, the recess, channel or groove may include any suitable shape for 35 receiving a wire therein. The recess 62a-c may extend along any proportion of the 10 06 24 free edge 60a-c. In the embodiment of Figure 5, the recess 62a-c extends along the entirety of the free edge 60a-c. The first, second and third reinforcing ribs 58a-c are spaced around the projecting second end cap mounting arrangement 52. In the embodiment of Figure 5, the first, 5 second and third ribs 58a-c are equidistant about the projecting second end cap mounting arrangement 52. This provides stability to the projecting second end cap arrangement 52 during assembly and in use. The projecting second end cap mounting arrangement 52 extends within the internal volume defined by the end cap body 50. The projecting second end cap 10 mounting arrangement 52 is a column 52. The projecting second end cap mounting arrangement 52 of this embodiment is substantially linear. The projecting second end cap mounting arrangement 52 defines an elongate length and a distal end 64 remote from the end cap body 50. The distal end of the second end cap mounting arrangement may include a tapered 15 or angled surface configured and arranged to engage with the first end cap mounting arrangement of the corner connector. In some arrangements, the distal end 64 of the projecting second end cap mounting arrangement 52 is resiliently deformable or deflectable. The resiliently deformable portion is configured to deform when the end cap 18 is mounted to the corner connector 16. This aids the 20 removal and reattachment of the end cap 18 to the corner connector 16. The resiliently deformable end 64 includes a tapered surface 65 configured to engage with the first end cap mounting arrangement 22. The tapered surface 65 of the projecting second end cap mounting arrangement 52 corresponds to the tapered surface 23 of the first end cap mounting arrangement 22, therefore helping to 25 create a secure connection between the corner connector 16 and the end cap 18. It shall be appreciated that the shape of the end cap 18 may take any suitable form. In the embodiment of Figure 5, the distal end 64 of the projecting second end cap mounting arrangement 52 is a bulbous end 64. A cross-section area of the projecting second end cap mounting arrangement 52 therefore increases towards 30 the distal end 64.. In the embodiment of Figure 5, the bulbous end 64 includes splices for improving the precision of location of the projecting second end cap mounting arrangement 52 and, in combination with the bulbous end 64, enables the end cap 18 to pull into the corner connector 16 and reduces gaps or movement when the end cap 18 is in position. 10 06 24 It shall be appreciated that in alternative embodiments, any suitable engagement arrangement may be used to mount the end cap 16 to the corner connector. The end cap 18 also includes at least one frangible or weakened region 66a-f. In the embodiment of Figure 5, two frangible regions 66a-f are provided on each of 5 the first, second and third end cap walls 54a-c. It shall be appreciated that on alternative embodiments, any suitable number of frangible or weakened regions may be provided at any location on the connector walls 54a-c, or the frangible or weakened regions may be omitted. The frangible regions 66a-f may be removed from the end cap body 50 when the 10 user applies a force to the frangible regions 66a-f. When the frangible regions 66a-f are removed, openings may be provided in the end cap walls 54a-c. The openings are advantageous because they enable cabling to exit the corner assembly 14 and connect, for example, to an external source of power. However, such openings may not be required on all of the connector walls 54a-c, nor at all of the corner 15 assemblies 14. Providing removeable frangible regions 66a-f therefore prevents unnecessary openings into which debris may enter the corner assembly 14, and improves the aesthetics of the corner assembly 14. A method of assembling the corner assembly 14 shall be described hereafter. The first, second and third profiled beams 12a-c are located on the first, second and 20 third connector walls 26a-c respectively such that the alignment members 48a, 48b are located within the respective hollow profile 13 of the profiled beams 12a-c. The fasteners 40 are screwed into the bores 24 such that a thread is formed on the bores 24. The fasteners 40 are screwed to fixedly secure the corner connector 16 to the profiled beams 12a-c. 25 The cabling is routed around the frame assembly 10 according to the requirements of the frame assembly 10 prior to mounting the end cap 18 to the corner connector 16. The end cap 16 is provided, and the frangible regions 66a-f may be removed depending on the application of the end cap 16. The projecting second end cap mounting arrangement 52 is located in the first end cap mounting arrangement 52 30 and pushed in such that the bulbous end 64 engages with the tapered surface 23. This removably fastens the end cap 16 to the corner connector 18. Although the teachings have been described above with reference to one or more preferred embodiments, it will be appreciated that various changes or modifications may be made without departing from the scope as defined in the appended claims.

Claims

1. A corner connector for a frame assembly comprising three elongate profiled beams defining first ends thereof, a corner connector and an end cap, the corner connector comprising:5                  a connector body comprising first, second and third connector wallsaligned along mutually perpendicular planes relative to one another and connected along adjacent edges thereof; anda first end cap mounting arrangement comprising an aperture or recess on a connector wall, and spaced apart from a free edge of said10          connector wall, configured to receive a second end cap mountingarrangement of the end cap for mounting said end cap to the corner connector,wherein the first, second, and third connector walls each comprise a bore extending therethrough for mounting a first end of a respective15          elongate profiled beam to the connector body,wherein the first and second connector walls define a first free edge extending at least partially between the second and third connector walls and a second free edge extending at least partially between the first and third connector walls, respectively, and20                 wherein the first and second free edges each comprise a recess,channel or groove thereon.

2. The corner connector according to claim 1, wherein the first and second free edges each comprise a pair of spaced apart recesses, channels or grooves25          thereon.

3. The corner connector according to claim 1 or claim 2, wherein the third connector wall defines a third free edge extending at least partially between the first and second connector walls, said third free edge comprising a30          recess, channel or groove thereon.

4. The corner connector according to claim 3, wherein the third free edge of the third connector wall comprises a pair of spaced apart recesses, channels or grooves thereon.3510 06 245. The corner connector according to any preceding claim, wherein each of the first, second and third connector walls defines a substantially planar external beam mounting face configured to abut against a respective first end of a profiled beam.

56. The corner connector according to any preceding claim, wherein the aperture or recess is configured to provide a push-fit connection to the second end cap mounting arrangement of the end cap.10      7. The corner connector according to claim 6, wherein the aperture or recesscomprises at least one angled or tapered surface configured and arranged to retain the second end cap mounting arrangement of the end cap in the aperture or recess, in use.15       8. The corner connector according to any preceding claim, wherein each boreis located on a recessed region of an internal face of the respective connector wall.

9. The corner connector according to any preceding claim, wherein the first, 20          second and third connector walls each define a thickness at the respectivefree edge thereof, and wherein each free edge comprises a region having a reduced thickness relative to the remainder of the free edge.10.The corner connector according to claim 9 when dependent on claim 8, 25          wherein each recessed region extends to the respective free edge to definethe region of reduced thickness.11.The corner connector according to any preceding claim, wherein the first, second and third connector walls are configured and arranged to define three 30          concurrent external connector edges at the intersections therebetween.12.The corner connector according to claim 11, wherein the adjacent edges of the first, second and third connector walls meet at a common point.35       13.The corner connector according to claim 11 or claim 12, wherein eachexternal connector edge is substantially linear.10 06 2414.The corner connector according to any preceding claim, comprising an alignment arrangement configured to align the corner connector with a first end of a profiled beam, in use.5       15.The corner connector according to claim 14, wherein the alignmentarrangement comprises at least one alignment member projecting from an external beam mounting face of each of the first, second and third connector walls.10       16.The corner connector according to claim 15, wherein each alignmentmembers comprises at least one tapered or chamfered edge configured and arranged to align the corner connector with a first end of a respective profiled beam.15      17. A frame assembly comprising:a corner connector according to any preceding claim;first, second, and third elongate profiled beams defining first ends thereof, said first ends mounted to the first, second, and third connector walls, respectively; and20                 an end cap mounted, e.g. releasably mounted, to the cornerconnector, wherein the end cap comprises:an end cap body comprising first, second and third cap walls aligned along mutually perpendicular planes relative to one another and connected25          along adjacent edges thereof;a second end cap mounting arrangement projecting from an internal face of the body to define an elongate length terminating at a distal end configured and arranged to engage a first end cap mounting arrangement of a corner connector for mounting the end cap to said corner connector;30         andat least one reinforcing rib extending between the end cap body and the second end cap mounting arrangement,wherein the at least one reinforcing rib terminates at a position away from the distal end of the projecting second end cap mounting arrangement. 35

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