An accessible partition assembly is disclosed which comprises two opposed spaced-apart rows of panels, each panel having opposite vertical edges, and interior and exterior panel faces, adjacent panels meeting at joints in edge-to-edge relationship, a plurality of studs located intermediate said rows
An accessible partition assembly is disclosed which comprises two opposed spaced-apart rows of panels, each panel having opposite vertical edges, and interior and exterior panel faces, adjacent panels meeting at joints in edge-to-edge relationship, a plurality of studs located intermediate said rows of panels, and positioned at joints between a pair of adjacent panels, panel and stud engageable means at each said joint, said engageable means comprising a first and second clip, each clip engaging a stud and one panel edge at a joint, whereby panels are demountably engaged to studs by means of a first clip engaged at one vertical edge and a second clip at the opposite vertical edge. An accessible partition assembly is also disclosed wherein alternate pairs of opposing corresponding panels are fixedly engaged and pairs of opposing corresponding panels therebetween are demountably engaged whereby fixed panels correspondingly oppose and demountable panels correspondingly oppose whereby fixed panels are engaged along both vertical edges by first clips and removable panels are engaged along both vertical edges by second clips. An accessible partition assembly wherein panels along one row are alternately fixedly engaged and demountably engaged and corresponding opposing panels along the other row are alternately demountably engaged and fixedly engaged wherein fixed panels oppose corresponding demountable panels.
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An accessible partition assembly comprising: A. two opposed spaced-apart rows of panels, each panel having opposite vertical edges, and interior and exterior panel faces, adjacent panels meeting at joints in edge-to-edge relationship; B. a plurality of studs located intermediate said rows of panels,
An accessible partition assembly comprising: A. two opposed spaced-apart rows of panels, each panel having opposite vertical edges, and interior and exterior panel faces, adjacent panels meeting at joints in edge-to-edge relationship; B. a plurality of studs located intermediate said rows of panels, and positioned at joints between a pair of adjacent panels, said studs comprising; (1) a web integrally interconnecting, (2) continuous vertical rib portions, (3) a flange extending from each rib generally parallel planar with, and adjacent to, opposing interior panel faces; and, C. panel and stud engageable means at each said joint, said engageable means comprising a first and second clip, each clip engaging a stud and one panel edge at a joint, (1) said first clip comprising a. a generally L-shaped edge-engaging portion having a first leg of the L inserted into a panel edge and a second leg disposed along the panel edge in a direction inward of said partition assembly, said second leg terminating at the interior face of the panel in a b. stud flange-engageable portion comprising biplanar plates, a first plate disposed along the interior panel face and a second parallel planar plate disposed inwardly of said first plate forming a stud flange-engageable slot therebetween, said first and second plates extending in a direction substantially the same as the first leg of the L-shaped portion, wherein a stud flange is nested within said slot; (2) said second clip, engaged with a stud and a panel adjacent a panel engaged by a first clip, said second clip comprising a. generally L-shaped edge-engaging portion having a first leg of the L inserted into the panel edge and a second leg disposed along the panel edge in a direction inward of said partition assembly, said second leg terminating at the interior panel face in a b. resilient stud rib-engageable portion comprising a plate disposed along the interior panel face in a direction substantially the same as the first leg of the L-shaped portion, and an integral resilient rib-engaging portion extending from said plate, said resilient portion removably snap-engaged with a stud rib; whereby panels are demountably engaged to studs by means of a first clip engaged at one vertical edge and a second clip at the opposite vertical edge, wherein the second clip is disengageable by moving a panel outward to disengage the resilient portion from a stud rib, and the first clip, at a joint at the opposite vertical panel edge, is disengageable by sliding the panel sideward to move the slot from nested engagement with a stud flange, and wherein a panel is remountable by reversal of demounting operation.
Potter, David; Alegria, Eduardo Alberto; Mineai, Aaron, Systems and methods for regulating an alternative energy source that is decoupled from a power grid.
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