US0005532711A19960702US5532711A19960702US5532711US21123594National19940325US2112359419940325USUS19940211235US910732919910927USWO1991US07329PCT/US91/07329F21V220015LA20191011USBHF21V220015LA20150119EPBHG02B 60008FI20130101EPBHG02B 60008FI20190822USBHG02B 606LI20130101EPBHG02B 606LI20191011USBHG09F 9305LI20130101EPBHG09F 9305LI20191011USBHG02B 6/06 20060101A I20051008RMEP 20060101ALI20051008RMEPG02B606G09F 9/305 20060101A I20051008RMEP 20060101ALI20051008RMEPG09F9305Lightweight display systems and methods for making and employing sameUS3644922A19720222US3815986A19740611US3950074A19760413US4299447A19811110US4839635A19890613US5010319A19910423US5040320A19910820US5066947A19911119US5129032A19920707US5150445A19920922US5428365A19950627FR2574562A119860613DE3303917A119840809JPS587107A19830114GB1380899A19750115GB2148570A19850530HARRIS LAURA LUSHARRIS; LAURA L.INWAVE CORPUSINWAVE CORPORATIONINWAVE CORPUSINWAVE CORPORATIONPCT No. PCT/US91/07329 Sec. 371 Date Mar. 25, 1994 Sec. 102(e) Date Mar. 25, 1994 PCT Filed Sep. 27, 1991 PCT Pub. No. WO93/06584 PCT Pub. Date Apr. 1, 1993.A lightweight display system (10) includes an output matrix (34) of output terminals (28) of optical conductors (30) supported on a preferably flexible substrate (16) by terminal housings (20). Optical conductors (30) are collated into an input matrix (34) that receives light containing a source image (39) from projector (40). Light propagates through optical conductors (30) and exits output terminals (28) to form an enlarged display image (31) that corresponds to the source image. Preferred embodiments of display screen (12) are collapsible and facilitate transportation and reassembly.