Partition having stabilizing bar and method

Claim 1

A partition comprising: two spaced panels forming outer wall surfaces, means spacing said panels, elongated H-shaped members fitted on each of two opposite respective ends of said panels, each H-shaped member forming an inwardly and an outwardly facing channel, said inwardly facing channels each having a bottom adjacent edges of said panel ends and having inner faces of its side walls adjacent marginal portions of said wall surfaces, a partition stabilizing bar extending between said panels, adjacent said means spacing, and through both channel bottoms at both ends of said panels, said bar being threaded at both ends, nut means fixed to a channel bottom and extending therethrough at one end of said panels, one end of said bar being threadedly engaged with said nut means, a nut on said bar adjacent said one end thereof positioned to limit the engagement of said bar with said nut means, and nuts on said bar adjacent the other end thereof tightening said bar to said channel bottoms at the other end of said panels, whereby said H-shaped members are secured to said panels and said bar prevents bowing or collapse of said partition in the direction of said bar.

Claim 8

A method of making a partition comprising: securing a pair of wall forming panels on opposite sides of two aligned sections of paper honeycomb structures, a space being between said sections and said panels, said panels being parallel, said honeycomb having passages generally perpendicular to said panels, inserting a stabilizing bar, having threaded portions adjacent its ends, into the space between said honeycomb sections transversely to said passages and generally centrally between said panels, one end of said stabilizing bar being adjacent one end of said panels and the other end of said stabilizing bar being adjacent the other end of said panels, preparing elongated members, H-shaped in cross section, for fitting over said ends of said panels and for connection to said bar, said preparing including drilling centrally positioned holes through centrally positioned H-bars of said members, said holes being alignable to receive said stabilizing bar ends when said members are fitted over said panel ends, threading a first nut on said one end of said stabilizing bar, securing a T-nut in the hole in one of said H-bars, threading said one end of said stabilizing bar into said T-nut until the outer end surface of said one end of said stabilizing bar is adjacent an outer end surface of said T-nut, tightening said first nut until it abuts an inner surface of said T-nut, fitting said H-shaped member, having said T-nut secured therein, over one end of said panels so that legs of said H-member fit over said panels and the H-bar of said H-member is adjacent said one end edge of said panels, threading a second nut on the other end of said stabilizing bar and slipping a washer on said stabilizing bar in abutment with said second nut, determining the proper location of said second nut with measuring jigs and positioning said second nut and said last washer on said stabilizing bar as determined by said jigs, and placing said other H-shaped member over said other end of said panels with the other end of the stabilizing bar extending through the hole in its H-bar, said last washer being in abutment with the inside of the H-bar, slipping a large fender washer on said other end of said stabilizing bar to abut the outside of said last H-bar, and tightening a third nut on the other end of said stabilizing bar to abut said large washer and to secure said other H-shaped member to said panels to properly position said H-members on said panels.

Claim 9

A method of making a partition comprising: securing a pair of wall forming panels on opposite sides of two aligned sections of paper honeycomb structures, a space being between said sections and said panels, said panels being parallel, said honeycomb having passages generally perpendicular to said panels, inserting a stabilizing bar, having threaded portions adjacent its ends, into the space between said honeycomb sections transversely to said passages and generally centrally between said panels, one end of said stabilizing bar being adjacent one end of said panels and the other end of said stabilizing bar being adjacent the other end of said panels, preparing elongated members, H-shaped in cross section, for fitting over said ends of said panels and for connection to said bar, said preparing including drilling centrally positioned holes through centrally positioned H-bars of said members, said holes being alignable to receive said stabilizing bar ends when said members are fitted over said panel ends, threading a first nut on said one end of said stabilizing bar, securing a T-nut in the hole in one of said H-bars, threading said one end of said stabilizing bar into said T-nut until the outer end surface of said one end of said stabilizing bar is adjacent an outer end surface of said T-nut, tightening said first nut until it abuts an inner surface of said T-nut, fitting said H-shaped member, having said T-nut secured therein, over one end of said panels so that legs of said H-member fit over said panels and the H-bar of said H-member is adjacent said one end edge of said panels, threading a second nut on the other end of said stabilizing bar and slipping a washer on said stabilizing bar in abutment with said second nut, determining the proper location of said second nut with measuring jigs and positioning said second nut and said last washer on said stabilizing bar as determined by said jigs, and placing said other H-shaped member over said other end of said panels with the other end of the stabilizing bar extending through the hole in its H-bar, said last washer being in abutment with the inside of the H-bar, slipping a large fender washer on said other end of said stabilizing bar to abut the outside of said last H-bar, and tightening a third nut on the other end of said stabilizing bar to abut said large washer and to secure said other H-shaped member to said panels to properly position said H-members on said panels.