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A connector for connecting a panel member to an overhead support structure or cross support member includes an elongate planar body with a first planar surface and second planar surface separated by a thickness dimension, having side edges and end edges. Each end portion includes an enlarged partial

A connector for connecting a panel member to an overhead support structure or cross support member includes an elongate planar body with a first planar surface and second planar surface separated by a thickness dimension, having side edges and end edges. Each end portion includes an enlarged partially rounded shape. The first end portion is a fixing portion and the second end portion is a locating portion. The fixing portion includes a fixing unit to removably affix one connector to the panel capping member, overhead support structure or cross support member. The fixing portion includes a first camming body extending outwardly, having a base portion extending from the first end portion, leading to a platform portion forming at least one recessed gap for locating the camming surfaces. The fixing portion includes a further fixing unit to affix the connector to the overhead support structure or panel capping member.

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1. A connector for connecting a panel member to an overhead support structure or cross support member, the connector including an elongate planar body with a first planar surface and second planar surface separated by a thickness dimension, having side edges and end edges whereby the side edges defi

1. A connector for connecting a panel member to an overhead support structure or cross support member, the connector including an elongate planar body with a first planar surface and second planar surface separated by a thickness dimension, having side edges and end edges whereby the side edges define a longitudinal direction parallel with the side edges' length and the end edges define a transverse direction, the side and end edges being in a horizontal plane, the elongate planar body includes a first end portion and a second end portion separated by a middle portion, the first end portion comprises an enlarged partially rounded shape, wherein the first end portion is a fixing portion and the second end portion is a locating portion, the fixing portion includes fixing means to removably affix the connector to a panel capping member or overhead support structure, wherein the fixing portion includes a first camming body extending outwardly at a right angle to the longitudinal direction in a vertical direction from the first planar surface and the camming body includes a base portion extending in the same direction as the first camming body from the end portion, leading to a platform portion being spaced from the first planar surface of the elongate planar body forming at least one recessed gap for the locating of camming surfaces, and the fixing portion also includes a further fixing means to affix the connector to the overhead support structure or panel capping member, the further fixing means including a second camming body extending outwardly at a right angle to the longitudinal direction in a vertical direction opposite from the direction the first camming body extends from the second planar surface and the second camming body includes a base portion extending in a direction opposite to the first camming body from the end portion, leading to a platform portion being spaced from the second planar surface of the elongate planar body forming at least one recessed gap for the locating of the camming surfaces. 2. The connector as claimed in claim 1, wherein each platform portion of the connector includes a body with an outer planar surface and inner surface, wherein the camming surface of the platform portion is located on the inner surface and comprises a contoured portion, rising and falling towards the first or second end portions of the elongate planar body whereby the camming surfaces of one platform portion, face the camming surfaces of the adjacent platform portion at the fixing portion of the connector but are separated by the base portion on each face of an end portion of the elongate planar body of the connector and centrally by end portion, forming an upper and lower recessed gap between the sides of one base portion and camming surface and end face of the elongate planar body. 3. The connector as claimed in claim 2 wherein the fixing portion is adapted to be first located and then fixed or connected to the overhead support structure or cross support member and panel capping member, and the locating portion is adapted to provide a handle to operate by rotation of the connector about the fixing portion to cause connecting or disconnecting. 4. The connector as claimed in claim 3 wherein each camming surface includes at least one separated pair of continuous rising and falling portions per camming body located on opposite sides of the end portion of the elongate planar body of the connector which are firstly of the first camming body are positioned parallel with the side edges and are secondly in the second camming body positioned at right angles to the sides edges wherein each camming surface includes a rising portion leading to a falling portion, leading to a rising portion leading to a falling portion, in a continuous contoured smooth shape. 5. The connector as claimed in claim 4, wherein each platform portion has curved end edges separated by truncated end edges to facilitate locking and insertion of the platform portion into the panel capping member and to the cross support member,wherein the truncated end edges of one of the camming bodies are oriented at right angles to the other truncated end edges of the other camming body,wherein the truncated end edges are adapted to allow insertion in the panel capping member and the curved end edges which provide an extended shape when compared to the truncated end edges, are designed to extend into and under a flange, hook or lip of the panel capping member, overhead support structure and cross support structure, wherein the orientation of the truncated end edges and curved end edges and the associated sequence of rising and falling portions, of each camming body orientable in parallel with each other but at right angles when comparing each camming body to the other camming body, to facilitate insertion and locking with a parallel oriented overhead support member or cross support member with regard to the orientation of the panel capping member, andwherein the camming surfaces are provided underneath the curved end edges and not as part of the truncated end edges so that the truncated end edges enable the fixing portion to be freely slid into place whereas the curved end edges with camming surfaces are only activated when the locating portion is rotated. 6. The connector as claimed in claim 5, wherein a width of the elongate planar body of the connector, between the side edges is selected to be less in width of the distance between sides walls of the first and second recesses of the panel capping member and cross support member, whereby the curved side edges extend beyond the side edges, wherein the thickness of the elongate planar body varies across the length of the elongate planar body having a thinnest end at the locating portion causing one of the planar surfaces to be angled to facilitate location with the second recess of the panel capping member and first recess cross support member. 7. The connector as claimed in claim 6 wherein the further fixing means includes at least one fixing aperture which is provided through the fixing end and is shaped and adapted to slidably or threadingly receive at least one fastener there through to and into the overhead support structure. 8. The connector as claimed in claim 7 wherein, the locating portion which is distal to the fixing portion, comprises a locating protrusion extending at least in the vertical direction perpendicular from the second planar surface of the elongate planar body at the end portion and is shaped to allow sliding or clipping into locking into a panel capping member. 9. The connector as claimed in claim 8 wherein when the locating portion is operated to cause rotation of the elongate planar body of the connector, the lower recessed gap is adapted to grip at least a portion of the panel capping member and the upper recessed gap is adapted to grip at least a portion of the overhead support structure or cross support member. 10. A panel fixing assembly configured and adapted to connect a panel member to an overhead support structure, the panel fixing assembly includes at least one connector and panel capping member, the panel capping member can be affixed to one panel member with more than one connector movably connected between the panel capping member and overhead support structure utilizing suitable fasteners to connect at least one ceiling panel therefrom wherein the connector is for connecting a panel member to the overhead support structure or cross support member, and the connector includes an elongate planar body with a first planar surface and second planar surface separated by a thickness dimension, having side edges and end edges whereby the side edges define a longitudinal direction parallel with the side edges' length and the end edges define a transverse direction, the side and end edges being in a horizontal plane, the elongate planar body includes a first end portion and a second end portion separated by a middle portion, the end portion comprises an enlarged partially rounded shape, wherein the first end portion is a fixing portion and the second end portion is a locating portion, the fixing portion includes fixing means to removably affix the connector to a panel capping member or overhead support structure, wherein the fixing portion includes a first camming body extending outwardly at a right angle to the longitudinal direction in a vertical direction from the first planar surface and the camming body includes a base portion extending in the same direction as the first camming body from the end portion, leading to a platform portion being spaced from the first planar surface of the elongate planar body forming at least one recessed gap for the locating of camming surfaces, and the fixing portion also includes a further fixing means to affix the connector to the overhead support structure or panel capping member, the further fixing means including a second camming body extending outwardly at a right angle to the longitudinal direction in a vertical direction opposite from the direction the first camming body extends from the second planar surface and the second camming body includes a base portion extending in a direction opposite to the first camming body from the end portion, leading to a platform portion being spaced from the second planar surface of the elongate planar body forming at least one recessed gap for the locating of the camming surfaces. 11. The panel fixing assembly as claimed in claim 10, the ceiling panel member is a planar member being a fin panel adapted to be affixed in a substantially vertical position wherein each fin panel has a first planar surface separated from a second planar surface by edges defining a longitudinal direction parallel with the first and second planar surfaces of the fin panel. 12. The panel fixing assembly as claimed in claim 11, the panel capping member is shaped having an elongate planar body having a length also defining a longitudinal direction, the panel capping member comprising a channel cross section including a base member in the form of cross bar between side walls, a first hook and a second hook, one side of the cross bar between the side walls defines a first recess and the other side of the cross bar defines a second recess, the first recess includes side walls ending in a first hook which comprises a truncated point end, a second recess includes a space of smaller depth and volume than the first recess and includes the side walls ending in the second hook with inner camming surfaces therein which comprise a right angle portion facing inwardly of the second recess wherein the cross bar is formed as a straight or planar member forming an H cross section with cross bar being located closer to one end. 13. The panel fixing assembly as claimed in claim 12 wherein, the cross bar of the panel capping member is formed as a stepped member whereby there is formed a channel cross section forming the first recess with the second recess being recessed into the cross bar to protrude within the first recess and not outwardly beyond. 14. The panel fixing assembly as claimed in claim 12 wherein each platform portion of the connector includes a body with an outer planar surface and inner surface, wherein a camming surface is located on the inner surface and comprise a contoured portion, rising towards the first or second end portions whereby the camming surfaces of one platform portion, face the camming surfaces of the adjacent platform portion at the fixing portion of the connector but are separated by the base portion on each side of an end portion of the elongate planar body of the connector and centrally by end portion, forming an upper and lower recessed gap between the sides of one base portion and camming surface and end face of the elongate planar body. 15. The panel fixing assembly as claimed in claim 14 wherein the fixing end is adapted to be first located and then fixed or connected to the overhead support structure or cross support member and panel capping member, and the locating end is adapted to provide a handle to operate by rotation of the connector about the fixing end to cause connecting or disconnecting. 16. The panel fixing assembly as claimed in claim 15 wherein each camming surface includes at least one separated pair of continuous rising and falling portions per camming body located on opposite sides of the end portion of elongate planar body of the connector which are firstly of the first camming body are positioned parallel with the side edges and are secondly in the second camming body positioned at right angles to the sides edges wherein each camming surface includes a rising portion leading to a falling portion, leading to a rising portion leading to a falling portion, in a continuous contoured smooth shape. 17. The panel fixing assembly as claimed in claim 16 wherein each platform portion has curved end edges separated by truncated end edges to facilitate locking and insertion of the platform portion into the panel capping member and to the cross support member wherein the truncated end edges of one of the camming bodies are oriented at right angles to the other truncated end edges of the other camming body wherein the truncated end edges are adapted to allow insertion in the panel capping member and the curved end edges which provide an extended shape when compared to the truncated end edges, are designed to extend into and under a flange of the panel capping member 5 overhead support structure and cross support structure 12 wherein the orientation of the truncated end edges and curved end edges and the associated sequence of rising and falling portions of the camming body, of each camming body can be oriented in parallel with each other but be at right angles when comparing each camping body to the other camming body, to facilitate insertion and locking with a parallel oriented overhead support member or cross support member with regard to the orientation of the panel capping member wherein the camming surfaces are provided underneath the curved side edges and not as part of the truncated end edges so that the truncated end edges enable the fixing end to be freely slid into place whereas the curved end edges with camming surfaces are only activated when the locating end is rotated. 18. The panel fixing assembly as claimed in claim 17 wherein a width between the side edges of each connector is selected to be less in width of the distance between the sides walls of the first and second recesses of the panel capping member and cross support member, whereby the curved side edges extend beyond the side edges and the thickness of the elongate planar body of the connector varies across the length of the elongate planar body having a thinnest end at the locating portion causing one of the planar surfaces of the elongate planar to be angled to facilitate location with the second recess of the panel capping member and first recess cross support member. 19. The panel fixing assembly as claimed in claim 18, wherein the further fixing means of the connector includes at least one fixing aperture which is provided through the fixing end and is shaped and adapted to slidably or threadingly receive at least one fastener there through to and into the overhead support structure wherein the further fixing means includes at least one fixing aperture which is provided through first camming body through the cylindrical based portion of the elongate planar body and then through the second camming body. 20. The panel fixing assembly as claimed in claim 19 wherein the locating portion which is distal to the fixing portion, and comprises a locating protrusion 38 extending at least in the vertical direction perpendicular from the planar surface of the elongate planar body at the end portion and is shaped to allow sliding and/or clipping into locking into a panel capping member. 21. The panel fixing assembly as claimed in claim 20 wherein when the locating portion is operable to cause rotation of the elongate planar body of the connector, the lower recessed gap is adapted to grip at least a portion of the panel capping member or the upper recessed gap is adapted to grip at least a portion of the overhead support structure or cross support member. 22. The panel fixing assembly as claimed in claim 21, wherein the overhead support structure 3 includes a support structure capable of supporting the ceiling panel assembly, and wherein the overhead support structure provides a downwardly facing support surface for abutment and affixing of the ceiling panel fixing assembly. 23. The panel fixing assembly as claimed in claim 22 wherein there are plural connectors movably supported between each panel capping member and overhead support structure. 24. The panel fixing assembly as claimed in claim 23, wherein, in use, the panel capping member is attached to one panel edge of a panel member 2, the connectors with fasteners are fastened to the overhead support structure in spaced apart spacing, each connector having a longitudinal direction is firstly oriented for insertion, to be at right angles to the longitudinal direction of the panel capping member with the truncated side edges parallel with the longitudinal direction of the panel capping member leaving a downwardly exposed first camming body, at least one panel captures the first camming body leaving the middle portion and second end portion exposed so that the middle portion and second end portion are then secondly to fix are rotated to a right angle position with regard to the longitudinal direction of panel capping member to be parallel with the longitudinal plane of the panel member and panel capping member and the locating protrusion of second locating end portion is clipped into second recess of the capping member. 25. The panel fixing assembly as claimed in claim 24 wherein a cross support member is supported and connected between the overhead support structure and panel capping member wherein the cross support member is an elongate shaped member with the cross support member's longitudinal direction which in use is oriented at right angles to the longitudinal direction of the panel capping member and panel member. 26. The panel fixing assembly as claimed in claim 25 wherein the elongate member of the cross support member is provided with a cross section including a channel cross section with a base and side walls with a first recess there in, wherein the base extends between the side walls formed as an L shape having a restricted opening to the first recess wherein the first recess therein shaped and configured to slidably receive the second cam body of at least one connector 4 the channel cross section is part of an H cross section wherein there is a second recess on the other side of the base which is adapted to receive fasteners to the overhead support structure. 27. The panel fixing assembly as claimed in claim 26 wherein the channel cross section is U shaped channel whereby the first recess is recessed within the base. 28. The panel fixing assembly as claimed in claim 26 wherein the assembly includes a connection tab member comprising an elongate planar member having a centrally located transverse rib located peripherally at least on an upper and lower surfaces and having a thickness, when the connection tab member is interfitted in the assembly by being slidably received in an abutting second recess of opposing ends of panel capping members and the transverse ribs abut the ends of the panel capping members separating the ends of the panel capping members from each other by the thickness of the transverse ribs. 29. The panel fixing assembly as claimed in claim 28 wherein the assembly includes at least one bracket clip member including a first bracket clip member for fixing the panel capping member to the overhead support structure, comprises a body with an L shape in cross section having a first leg and second leg joined by a corner portion, formed as a planar body having sides, ends, a width between the sides and at least one aperture whereby in use the first leg is a vertical leg and the second leg is a horizontal leg, the corner portion includes notches on both sides wherein the second leg is sized and oriented to slidably interfit within the second recess formed of flanges with inwardly facing lips forming a narrow gap there between of the panel capping member wherein the notches interfit with the lips such that fasteners are insertable through each aperture for fixing. 30. The panel fixing assembly as claimed in claim 29 wherein the second leg is adapted to lap and be fixed with a first leg of a second bracket clip member thereby presenting a second leg parallel with the second leg of the first bracket clip member forming in cross section a square U shaped oriented on its side.