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Multidirectional multiple fold laminated product and method of making

  • US 5,868,429 A
  • Filed: 05/13/1997
  • Issued: 02/09/1999
  • Est. Priority Date: 02/03/1995
  • Status: Expired due to Term
First Claim
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1. A laminated product having a plurality of adjacent rectangular panels each displaying imprinted intelligence, each said panel comprising an individual rectangular paperboard sheet, each said paperboard sheet having a pair of opposite display surfaces and having outer perimetric edges, said paperboard sheets together defining a rectangular array, and outer perimetric edges of said sheets together defining an outer boundary for said rectangular array of paperboard sheets, said laminated product further comprising a first transparent sheet covering a first surface of said array of paperboard sheets and a second transparent sheet covering the second surface of said array of paperboard sheets, said transparent sheets joining all of the paperboard sheets into said integrated laminated product, said transparent sheets being continuous between the outer boundary of said rectangular array, being coextensive with all of said paperboard sheets, and being characterized by the absence of slots between said paperboard sheets, said panels being arranged in at least two rows of plural panels and a plurality of columns of panels, each column including one panel from each row, each pair of paperboard sheets in a row being spaced apart from each other by a distance which is at least equal to twice the thickness of a panel, and each pair of paperboard sheets in a column being spaced apart by a substantially greater distance than at least twice the thickness of a panel, said substantially greater distance being at least equal to the thicknesses of the total number of panels comprising the laminated product, whereby when the pairs of panels in the columns are accordion-folded in the direction of the columns, and are then folded to cause the panels of one row to overlie the panels of the other row, the product will so fold into a compact stack without substantial resistance to movement into that configuration and will be substantially flat, and when the panels are temporarily folded into other single stack compact random arrays, such arrays will be compact and substantially flat, all so that any display surface of any panel may be temporarily easily displayed for viewing, and whereby all folding occurs between the paperboard sheets and depends entirely upon the folding of said transparent sheets and ripping and tearing of said transparent sheets is avoided because of the absence of slots in said transparent sheets between said paperboard sheets.

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