Bent resilient leaf spring pop-up display assemblies

Claim 2

A self-erecting pop-up stationery display structure assembly comprising, an underlying stationery sheet; a display panel smaller than the stationery sheet positioned overlying the stationery sheet; and a collapsible self-erecting support incorporating two central panels spanning the space between the underlying stationery sheet and the overlying smaller display panel, the central panels having first and second end panels joined to them by a plurality of substantially parallel fold lines, the first end panel being adhesively bonded to the underlying stationery panel and the second end panel being adhesively bonded to the overlying display panel, the central panels being substantially parallel when said support is in its erect position, with at least one of the fold lines joining the end panels to the central panels being formed of resilient elastomer leaf spring sheet material having a preformed angular bend formed therein, whereby a collapsing force applied to urge the display panel toward the stationery sheet causes the central panels to fold toward the stationery sheet about the fold lines, elastically deforming the preformed angular bend in the resilient elastomer sheet as the display panel moves toward a collapsed position adjacent to the stationery panel, and whereby removal of the collapsing force releases the deformed angular bend to return elastically to its preformed bend configuration, restoring said support to its erect position and positioning the display panel in a deployed position spaced from the stationery panel.

Claim 3

The self-erecting pop-up stationery display structure assembly defined in claim 1, wherein the support is formed of stationery sheet material, with a fold line panel of resilient leaf spring elastomer sheet material incorporating said at least one of the fold lines, overlapping and adhesively bonded to one of the central panels and to one of the end panels on opposite sides of said at least one of the fold lines.

Claim 4

The self-erecting pop-up stationery display structure assembly defined in claim 1, wherein the support is a quadrilateral collapsible structure which is collapsed by folding about said fold lines, and self-erected by the elastic return of the deformed angular bend to its preformed bend configuration.

Claim 5

The self-erecting pop-up stationery display structure assembly defined in claim 1, wherein the underlying stationery sheet is formed with at least two contiguous panels, a first panel to which the support structure's first end panel is adhesively bonded, and a second panel joined to the first panel along a common fold line spaced away from the first end panel to be clear of the display panel in its collapsed mode position, whereby folding of the second panel about the common fold line toward the first panel applies the collapsing force urging the display panel toward the first panel of the stationery sheet.

Claim 6

The self-erecting pop-up stationery display structure assembly defined in claim 4, further including an envelope dimensioned to receive the stationery sheet when its contiguous panels are folded together, thereby maintaining the support structure in its collapsed mode condition.

Claim 7

A self-erecting pop-up stationery display structure assembly comprising, an underlying stationery sheet; a display panel smaller than the stationery sheet positioned overlying the stationery sheet; and a collapsible self-erecting support incorporating a central panel spanning the space between the underlying stationery sheet and the overlying smaller display panel, the central panel having first and second end panels joined to it by respective first and second fold lines, the first end panel being adhesively bonded to the underlying stationery panel and the second end panel being adhesively bonded to the overlying display panel, with the central panel and both end panels formed of a simple integral leaf spring sheet of resilient elastomer material, the first fold line joining the first end panel to the central panel being formed in said resilient elastomer leaf spring sheet material and being provided by a preformed angular bend formed therein and the second fold line joining the second end panel to the central panel also formed in said resilient elastomer leaf spring sheet material and being provided by a preformed angular bend formed therein, said preformed fold line angular bends forming opposite acute angles, providing the collapsible support with a Z-shaped configuration in cross-section when in its released, non-collapsed condition, whereby a collapsing force applied to urge the display panel toward the stationery sheet causes the central panel to fold toward the stationery sheet about the first and second fold lines, elastically deforming the preformed angular bends in the resilient elastomer sheet as the display panel moves toward a collapsed position adjacent to the stationery panel, and whereby removal of the collapsing force releases the deformed angular bands to return elastically to their preformed bend configurations, restoring said support to its released, non-collapsed condition and positioning the display panel in a deployed position spaced from the stationery panel.

Claim 8

A self-erecting pop-up stationery display structure assembly comprising, an underlying stationery sheet; a display panel smaller than the stationery sheet positioned overlying the stationery sheet; and a collapsible self-erecting support incorporating a central panel spanning the space between the underlying stationery sheet and the overlying smaller display panel, the central panel having first and second end panels joined to it by respective first and second fold lines, the first end panel being adhesively bonded to the underlying stationery panel and the second end panel being adhesively bonded to the overlying display panel, with the central panel and both end panels formed of a simple integral leaf spring sheet of resilient elastomer material, the first fold line joining the first end panel to the central panel being formed in said resilient elastomer leaf spring sheet material and being provided by a preformed angular bend formed therein and the second fold line joining the second end panel to the central panel also formed in said resilient elastomer leaf spring sheet material and being provided by a preformed angular bend formed therein, said preformed fold line angular bends forming opposite acute angles, providing the collapsible support with a Z-shaped configuration in cross-section when in its released, non-collapsed condition, whereby a collapsing force applied to urge the display panel toward the stationery sheet causes the central panel to fold toward the stationery sheet about the first and second fold lines, elastically deforming the preformed angular bends in the resilient elastomer sheet as the display panel moves toward a collapsed position adjacent to the stationery panel, and whereby removal of the collapsing force releases the deformed angular bands to return elastically to their preformed bend configurations, restoring said support to its released, non-collapsed condition and positioning the display panel in a deployed position spaced from the stationery panel.

Claim 9

The self-erecting pop-up stationery display structure assembly defined in claim 6, wherein the underlying stationery sheet is formed with at least two contiguous panels, a first panel to which the support structure's first end panel is adhesively bonded, and a second panel joined to the first panel along a common fold line spaced away from the first end panel to be clear of the display panel in its collapsed mode position, whereby folding of the second panel about the common fold line toward the first panel applies the collapsing force urging the display panel toward the first panel of the stationery sheet.

Claim 10

The self-erecting pop-up stationery display structure assembly defined in claim 11, further including an envelope dimensioned to receive the stationery sheet when its contiguous panels are folded together, thereby maintaining the support structure in its collapsed mode condition.

Claim 11

A self-erecting pop-up stationery display structure assembly comprising, an underlying stationery sheet; a display panel smaller than the stationery sheet positioned overlying the stationery sheet; and a collapsible self-erecting quadrilateral support formed of an integral array of four contiguous panels successively joined together by three substantially parallel scored fold lines, with a hinge panel of resilient elastomer sheet having a preformed angular bend line adhesively bonded respectively on opposite sides of its bend line to the separate opposite end panels of the four panel array, with the bend line substantially parallel to the scored fold lines, thereby completing the formation of the quadrilateral support structure, one of the panels being adhesively bonded to the underlying stationery panel and another of the panels being adhesively bonded to the overlying display panel, whereby a collapsing force applied to urge the display panel toward the stationery sheet causes the support to fold toward the stationery sheet about the fold lines, elastically deforming the preformed angular bend in the resilient elastomer sheet as the display panel moves toward a collapsed position adjacent to the stationery panel, and whereby removal of the collapsing force releases the deformed angular bend to return elastically to its preformed bend configuration, restoring said support ot its erect position and positioning the display panel in a deployed position spaced from the stationery panel.

Claim 12

A self-erecting pop-up stationery display structure assembly comprising, an underlying stationery sheet; a display panel smaller than the stationery sheet positioned overlying the stationery sheet; and a collapsible self-erecting quadrilateral support formed of an integral array of four contiguous panels successively joined together by three substantially parallel scored fold lines, with a hinge panel of resilient elastomer sheet having a preformed angular bend line adhesively bonded respectively on opposite sides of its bend line to the separate opposite end panels of the four panel array, with the bend line substantially parallel to the scored fold lines, thereby completing the formation of the quadrilateral support structure, one of the panels being adhesively bonded to the underlying stationery panel and another of the panels being adhesively bonded to the overlying display panel, whereby a collapsing force applied to urge the display panel toward the stationery sheet causes the support to fold toward the stationery sheet about the fold lines, elastically deforming the preformed angular bend in the resilient elastomer sheet as the display panel moves toward a collapsed position adjacent to the stationery panel, and whereby removal of the collapsing force releases the deformed angular bend to return elastically to its preformed bend configuration, restoring said support ot its erect position and positioning the display panel in a deployed position spaced from the stationery panel.