Abstract A floor mat is composed of a multiplicity of rigid elongated rails arranged parallel to each other, each rail having a body portion adapted to receive a tread member and a coupling portion by which it is joined to an adjacent rail. The body and coupling portions are found by extrusion of a rigid high-impact strength thermoplastic polymeric material and are joined by a living hinge of a highly flexible thermoplastic elastomer formed by coextrusion with the body and coupling portions. Each rail includes at least two ribs along its underside laterally spaced apart from each other and adapted to support the rail on a surface, each rib being formed by coextrusion with the body and coupling portions and the living hinge of a soft, compressible thermoplastic polymeric material and serving as a cushion and an anti-slip element of the mat.
In a floor mat composed of a multiplicity of rigid elongated rails arranged parallel to each other, each rail having a body portion adapted to receive a tread member and a coupling portion by which it is joined to an adjacent rail, the body and coupling portions being a monolithic formation produced by extrusion from a thermoplastic polymeric material, the improvement wherein the body portion and the coupling portion of each rail are formed by extrusion of a rigid high-impact strength thermoplastic polymeric material and wherein the body portion and coupling portion of each rail are joined by a living hinge in the form of a longitudinally continuous thin strand of a highly flexible thermoplastic elastomer coextruded with the body portion and coupling portion and forming a distinct bending line for articulation of the body portion relative to the coupling portion.
Claim 2
Dependent Claim
141 words
In a floor mat composed of a multiplicity of rigid elongated rails arranged parallel to each other, each rail having a body portion adapted to receive a tread member and a coupling portion by which it is joined to an adjacent rail, the body and coupling portions being a monolithic formation produced by extrusion from a thermoplastic polymeric material, the improvement wherein the body portion and the coupling portion of each rail are formed by extrusion of a rigid high-impact strength thermoplastic polymeric material and wherein the body portion and coupling portion of each rail are joined by a living hinge in the form of a longitudinally continuous thin strand of a highly flexible thermoplastic elastomer coextruded with the body portion and coupling portion and forming a distinct bending line for articulation of the body portion relative to the coupling portion.
Claim 3
Dependent Claim
70 words
The improvement according to claim 1 wherein the body portion of each rail includes at least two ribs along its underside laterally spaced apart from each other and adapted to support the rail on a surface, each rib being formed by coextrusion with the body portion, coupling portion and the living hinge of a soft compressible thermoplastic polymeric material and serving as a cushioning and anti-slip element of the mat.