Panel assembly

Claim 2

A panel assembly including at least two panels and a connector member for mounting the panels to a support surface, said panels being positioned edge-to-edge in coplanar relationship with respective confronting edges thereof spaced apart, said connector member being between said confronting panel edges and interlocking said panels together by being compressively and fixedly secured to said support surface; each panel having first and second surfaces lying respectively in first and second parallel planes and having on its respective confronting edge a tongue and a groove, said tongue and groove having generally parallel projecting surfaces extending along said panel edge and between said first and second planes, and respectively projecting and opening angularly towards said first plane; said connector member comprising an elongated body filling the space between the confronting edges and having on each side thereof a tongue and a groove respectively projecting and opening angularly towards said second plane, said tongue and groove on either side of said connector member being complementary to and lockingly engaging with the respective groove and tongue on the adjacent confronting edges of said panels, said connector member being offset with respect to the second plane of said panels for forming a gap above the support surface and cooperating with said panels to urge said panels towards one another in tight locking engagement as a result of a compressive force being exerted on said connector member in a direction towards said support surface when said connector member is compressingly secured to said support surface.

Claim 3

A panel assembly according to claim 1, wherein the tongue and groove on each panel edge and the corresponding groove and tongue on each side of the connector member are inclined at an angle of approximately 45° relative to said first and second planes.

Claim 4

A panel assembly according to claim 1, wherein the tongue and groove on each panel edge and the corresponding groove and tongue on each side of the connector member have generally rectangular cross-sections.

Claim 5

A panel assembly according to claim 1, wherein the tongues and grooves on both sides of said connector member are respectively symmetrical to each other.

Claim 6

A panel assembly according to claim 1, wherein said connector member is formed with first and second planar surfaces, the first surface of said member being coplanar with said first plane and the second surface of said member being spaced from the first plane at a distance forming the gap between said second surface and said support surface, said gap allowing displacement of the member towards said support surface upon application thereof of said compressive force.

Claim 7

A panel assembly according to claim 5, wherein the groove on each side of the connector member is adjacent the second surface of said member and each groove inner side wall adjacent said second surface extends to intersect said second surface and forms, in cross-section, a triangular projection providing an extended abutting surface for the respective tongue on the adjacent respective confronting edges of the panels.

Claim 8

A panel assembly according to claim 5, wherein the groove on each panel edge is adjacent the first surface of panel and each groove inner side wall adjacent said first surface extends to intersect said first surface and forms, in cross-section, a triangular projection overlapping the corresponding tongue on each side of the connector member.

Claim 9

A panel assembly according to claim 1, wherein each panel is coated over its entire periphery with a relatively rigid plastic material and wherein the connector member comprises a relatively softer plastic material so as to allow the tongue and groove on each side of said member to engage in a snug fit relation respectively with the groove and tongue on each adjacent panel edge.

Claim 10

A panel assembly according to claim 8, wherein the panel coating comprises a polyester resin having a fiber glass fabric material embedded therein.

Claim 11

A panel assembly according to claim 9, wherein the connector member comprises a polyvinyl compound.

Claim 12

A panel assembly according to claim 1, including means for fixedly securing said connector member to said support surface on which said panels are mounted, to thereby prevent lateral displacement of said panels and displacement thereof away from said support surface, said securing means simultaneously exerting on said member said compressive force.

Claim 13

A panel assembly according to claim 1, including a caulking material between an outer end wall of the tongue on each panel edge and an inner bight wall of the corresponding groove on each side of the connector member.

Claim 14

A flooring assembly including at least two floor panels and a connector member for mounting the panels to a sub-floor, said floor panels being positioned edge-to-edge in coplanar relationship with the respective confronting edges thereof spaced apart, and said connector member being between said confronting panel edges and interlocking said panels together by being fixedly secured to said sub-floor; each floor panel having top and bottom surfaces lying respectively in outer and inner parallel planes and having on its respective confronting edge a tongue and a groove both of rectangular cross-section, said rectangular tongue and groove extending along said panel edge and between said outer and inner planes, and respectively projecting and opening upwardly at a same angle to said inner plane; said connector member comprising an elongated body filling the space between the confronting panel edges and having top and bottom planar surfaces and having on each side thereof a tongue and a groove having rectangular cross-sections, and respectively projecting and opening downwardly at an angle corresponding to said same angle, the top surface of said member being coplanar with said outer plane, the rectangular tongue and groove on either side of said member being complementary to and lockingly engaging with the respective rectangular groove and tongue on the adjacent respective confronting edges of said panels; said connector member cooperating with said panels to urge said panels towards one another in tight locking engagement as a result of a compressive force being exerted on said member in a direction towards said sub-floor when said member is secured to said sub-floor, said bottom surface of said connector member being spaced from said sub-floor so as to form a gap therebetween allowing for displacement of said member towards said sub-floor upon application thereon of said compressive force.

Claim 15

A flooring assembly including at least two floor panels and a connector member for mounting the panels to a sub-floor, said floor panels being positioned edge-to-edge in coplanar relationship with the respective confronting edges thereof spaced apart, and said connector member being between said confronting panel edges and interlocking said panels together by being fixedly secured to said sub-floor; each floor panel having top and bottom surfaces lying respectively in outer and inner parallel planes and having on its respective confronting edge a tongue and a groove both of rectangular cross-section, said rectangular tongue and groove extending along said panel edge and between said outer and inner planes, and respectively projecting and opening upwardly at a same angle to said inner plane; said connector member comprising an elongated body filling the space between the confronting panel edges and having top and bottom planar surfaces and having on each side thereof a tongue and a groove having rectangular cross-sections, and respectively projecting and opening downwardly at an angle corresponding to said same angle, the top surface of said member being coplanar with said outer plane, the rectangular tongue and groove on either side of said member being complementary to and lockingly engaging with the respective rectangular groove and tongue on the adjacent respective confronting edges of said panels; said connector member cooperating with said panels to urge said panels towards one another in tight locking engagement as a result of a compressive force being exerted on said member in a direction towards said sub-floor when said member is secured to said sub-floor, said bottom surface of said connector member being spaced from said sub-floor so as to form a gap therebetween allowing for displacement of said member towards said sub-floor upon application thereon of said compressive force.

Claim 16

A panel assembly including at least two panels, a connector member for mounting the panels on a support surface, and means for compressingly engaging said connector member and securing the panel assembly to the support surface, the panels being disposed on said support surface in spaced, edge-to-edge, confronting relationship, the connector member being disposed between said confronting panel edges for interlocking the panels together and securing them to said support surface; each panel having first and second parallel planes and a tongue and groove on the panel edge between said planes, said tongues and grooves respectively projecting and opening toward said first plane; said connector member between said confronting panel edges having on opposite sides thereof a tongue and groove respectively opening toward said second plane, said tongues and grooves on said connector member being complementary to and interconnected with the grooves and tongues on the confronting edges of the panels, said connector member having a first and second surfaces, the second surface of said connector member being spaced from said support surface and forming a gap between said second and support surfaces, the compressive force on said connector member by said means for compressingly engaging said connector member urging it toward said gap and drawing the panels toward each other to form a stressed joint between the interconnected tongues and grooves.

Claim 17

A panel assembly including at least two panels, a connector member for mounting the panels on a support surface, and means for compressingly engaging said connector member and securing the panel assembly to the support surface, the panels being disposed on said support surface in spaced, edge-to-edge, confronting relationship, the connector member being disposed between said confronting panel edges for interlocking the panels together and securing them to said support surface; each panel having first and second parallel planes and a tongue and groove on the panel edge between said planes, said tongues and grooves respectively projecting and opening toward said first plane; said connector member between said confronting panel edges having on opposite sides thereof a tongue and groove respectively opening toward said second plane, said tongues and grooves on said connector member being complementary to and interconnected with the grooves and tongues on the confronting edges of the panels, said connector member having a first and second surfaces, the second surface of said connector member being spaced from said support surface and forming a gap between said second and support surfaces, the compressive force on said connector member by said means for compressingly engaging said connector member urging it toward said gap and drawing the panels toward each other to form a stressed joint between the interconnected tongues and grooves.

Claim 18

The structure as claimed in claim 14 in which said panels comprise floor panels and said support surface is a sub-floor, said means for compressingly engaging said connector member comprising fastener means extending through said connector member and secured to said sub-floor, said tongues and grooves having a rectangular cross-section, the tongues and grooves on the respective panel edges and said connector member sides being at the same angle.