Groove-mount fabric display system with two-part frame
View Patent ↗A groove-mount fabric display system with two-part frame comprises an outer frame element, an insert frame element and one or two flexible display panels. The two-part frame is quickly assembled by inserting and deploying the insert frame element within the rigid outer frame element. The frame elements can be manufactured from flat stock materials which are relatively inexpensive to purchase and shape. The interface of the frame elements forms one or more grooves near the perimeter of the resulting two-part frame. The grooves accept mounting gaskets connected at the peripheries of each display panel. Embodiments may include one or more internally-positioned compression tubes to help maintain internal structural rigidity and the integrity of the grooves. What results is a more cost-effective, robust, three-dimensional display capable of supporting fabric display panels in tension over extended periods of use.
1. A groove-mount fabric display system comprising:
(a) an outer frame element having a main axis, a multiplicity of sides distributed thereabout, an inboard surface and a first peripheral edge, said sides being thin-walled and generally defining the lateral periphery of a cavity, said cavity having a first axial opening;
(b) an insert frame element having a substrate portion and a spacer portion, said insert frame element being adapted to be axially inserted into said cavity and placed in a deployed configuration wherein said spacer portion is generally disposed between said substrate portion and said inboard surface, thereby forming a first groove generally proximate said first peripheral edge, said first groove opening in substantially the axial direction;
(c) a first display panel having a first display portion and a first mounting gasket flexibly connected thereto, said first display portion being substantially flexible, said first mounting gasket being adapted to be inserted into said first groove, thereby supporting said first display portion in tension across said first axial opening; and
(d) a first compression tube, said first compression tube being elongated with two first opposed ends, said first compression tube being adapted to be snugly positioned within said cavity such that one or both said first opposed ends continuously urge said inner frame element toward said inboard surface.
2. A groove-mount fabric display system as defined in claim 1 further comprising a second compression tube, said second compression tube being elongated with two second opposed ends, said second compression tube being adapted to be snugly positioned within said cavity at approximately a right angle to said first compression tube such that one or both said second opposed ends continuously urge said inner frame element toward said inboard surface.
3. A groove-mount fabric display system comprising:
(a) an outer frame element having a main axis, a multiplicity of sides distributed thereabout, an inboard surface and a first peripheral edge, said sides being thin-walled and generally defining the lateral periphery of a cavity, said cavity having a first axial opening;
(b) an insert frame element having a substrate portion and a spacer portion, said insert frame element being adapted to be axially inserted into said cavity and placed in a deployed configuration wherein said spacer portion is generally disposed between said substrate portion and said inboard surface, thereby forming a first groove generally proximate said first peripheral edge, said first groove opening in substantially the axial direction; and
(c) a first display panel having a first display portion and a first mounting gasket flexibly connected thereto, said first display portion being substantially flexible, said first mounting gasket being adapted to be inserted into said first groove, thereby supporting said first display portion in tension across said first axial opening;
wherein:
(i) said substrate portion is comprised of a plurality of substrate segments in hinged association with one another, each said substrate segment corresponding to a separate said side, said hinged association allowing said insert frame element to be moved between a generally planar precursor configuration and said deployed configuration;
(ii) said spacer portion is comprised of a plurality of spacer segments, each said spacer segment corresponding to a separate said substrate segment; and
(iii) said first mounting gasket is comprised of a plurality of first gasket segments, each said first gasket segment corresponding to a separate said side.
4. A groove-mount fabric display system comprising:
(a) an outer frame element having a main axis, a multiplicity of sides distributed thereabout, an inboard surface, a first peripheral edge and a second peripheral edge, said sides being thin-walled and generally defining the lateral periphery of a cavity, said cavity having a first axial opening and a second axial opening;
(b) an insert frame element having a substrate portion and a spacer portion, said insert frame element being adapted to be axially inserted into said cavity and placed in a deployed configuration wherein said spacer portion is generally disposed between said substrate portion and said inboard surface, thereby forming a first groove generally proximate said first peripheral edge and a second groove generally proximate said second peripheral edge, said first groove and said second groove each opening in substantially the axial direction;
(c) a first display panel having a first display portion and a first mounting gasket flexibly connected thereto, said first display portion being substantially flexible, said first mounting gasket being adapted to be inserted into said first groove, thereby supporting said first display portion in tension across said first axial opening;
(d) a second display panel having a second display portion and a second mounting gasket flexibly connected thereto, said second display portion being substantially flexible, said second mounting gasket being adapted to be inserted into said second groove, thereby supporting said second display portion in tension across said second axial opening;
(e) a first compression tube, said first compression tube being elongated with two first opposed ends, said first compression tube being adapted to be snugly positioned within said cavity such that one or both said first opposed ends continuously urge said inner frame element toward said inboard surface; and
(f) a second compression tube, said second compression tube being elongated with two second opposed ends, said second compression tube being adapted to be snugly positioned within said cavity at approximately a right angle to said first compression tune such that one or both said second opposed ends continuously urge said inner frame element toward said inboard surface.
5. A groove-mount fabric display system comprising:
(a) an outer frame element having a main axis, a multiplicity of sides distributed thereabout, an inboard surface, a first peripheral edge and a second peripheral edge, said sides being thin-walled and generally defining the lateral periphery of a cavity, said cavity having a first axial opening and a second axial opening;
(b) an insert frame element having a substrate portion and a spacer portion, said insert frame element being adapted to be axially inserted into said cavity and placed in a deployed configuration wherein said spacer portion is generally disposed between said substrate portion and said inboard surface, thereby forming a first groove generally proximate said first peripheral edge and a second groove generally proximate said second peripheral edge, said first groove and said second groove each opening in substantially the axial direction;
(c) a first display panel having a first display portion and a first mounting gasket flexibly connected thereto, said first display portion being substantially flexible, said first mounting gasket being adapted to be inserted into said first groove, thereby supporting said first display portion in tension across said first axial opening; and
(d) a second display panel having a second display portion and a second mounting gasket flexibly connected thereto, said second display portion being substantially flexible, said second mounting gasket being adapted to be inserted into said second groove, thereby supporting said second display portion in tension across said second axial opening;
wherein:
(i) said first groove has a first groove depth;
(ii) said second groove has a second groove depth;
(iii) said substrate portion has a substrate width;
(iv) said spacer portion has a spacer width, said spacer width being less than said substrate width; and
(v) the difference between said substrate width and said spacer width generally defines the sum of said first and second groove depths.
6. A groove-mount fabric display system comprising:
(a) an outer frame element having a main axis, four sides distributed thereabout, an inboard surface, a first peripheral edge and a second peripheral edge, said sides being thin-walled, generally planar and generally defining the lateral periphery of a cavity, said cavity having a first axial opening and a second axial opening;
(b) an insert frame element having a substrate portion and a spacer portion, said spacer portion having a spacer thickness, said insert frame element being adapted to be axially inserted into said cavity and placed in a deployed configuration wherein said spacer portion is generally disposed between said substrate portion and said inboard surface, thereby forming a first groove generally proximate said first peripheral edge and a second groove generally proximate said second peripheral edge, said first groove having a first groove width which is generally defined by said spacer thickness, said second groove having a second groove width which is generally defined by said spacer thickness, said first groove and said second groove each opening in substantially the axial direction and extending along substantially the entire length of said first peripheral edge and said second peripheral edge, respectively;
(c) a first display panel having a first display portion and a first mounting gasket flexibly connected thereto, said first display portion being comprised of fabric, said first mounting gasket being adapted to be inserted into said first groove, thereby supporting said first display portion in tension across said first axial opening; and
(d) a second display panel having a second display portion and a second mounting gasket flexibly connected thereto, said second display portion being comprised of fabric, said second mounting gasket being adapted to be inserted into said second groove, thereby supporting said second display portion in tension across said second axial opening;
wherein:
(i) said substrate portion and said spacer portion are each thin-walled;
(ii) said substrate portion is comprised of four substrate segments in hinged association with one another, said hinged association allowing said insert frame element to be moved between a generally planar precursor configuration and said deployed configuration;
(iii) said spacer portion is comprised of a plurality of spacer segments, each said spacer segment corresponding to a separate said substrate segment;
(iv) said first mounting gasket is comprised of a plurality of first gasket segments, each said first gasket segment corresponding to a separate said side; and
(v) said second mounting gasket is comprised of a plurality of second gasket segments, each said second gasket segment corresponding to a separate said side.
7. A groove-mount fabric display system comprising:
(a) an outer frame element having a main axis, four sides distributed thereabout, an inboard surface, a first peripheral edge and a second peripheral edge, said sides being thin-walled, generally planar and generally defining the lateral periphery of a cavity, said cavity having a first axial opening and a second axial opening;
(b) an insert frame element having a substrate portion and a spacer portion, said spacer portion having a spacer thickness, said insert frame element being adapted to be axially inserted into said cavity and placed in a deployed configuration wherein said spacer portion is generally disposed between said substrate portion and said inboard surface, thereby forming a first groove generally proximate said first peripheral edge and a second groove generally proximate said second peripheral edge, said first groove having a first groove width which is generally defined by said spacer thickness, said second groove having a second groove width which is generally defined by said spacer thickness, said first groove and said second groove each opening in substantially the axial direction and extending along substantially the entire length of said first peripheral edge and said second peripheral edge, respectively;
(c) a first display panel having a first display portion and a first mounting gasket flexibly connected thereto, said first display portion being comprised of fabric, said first mounting gasket being adapted to be inserted into said first groove, thereby supporting said first display portion in tension across said first axial opening;
(d) a second display panel having a second display portion and a second mounting gasket flexibly connected thereto, said second display portion being comprised of fabric, said second mounting gasket being adapted to be inserted into said second groove, thereby supporting said second display portion in tension across said second axial opening;
(e) a first compression tube, said first compression tube being elongated with two first opposed ends, said first compression tube being adapted to be snugly positioned within said cavity such that one or both said first opposed ends continuously urge said inner frame element toward said inboard surface; and
(f) a second compression tube, said second compression tube being elongated with two second opposed ends, said second compression tube being adapted to be snugly positioned within said cavity at approximately a right angle to said first compression tube such that one or both said second opposed ends continuously urge said inner frame element toward said inboard surface.