초록 ▼

A semi-private partition or covering includes a collapsible structure having a plurality of uniform perforations formed therein. The plurality of uniform perforations can be configured in size, shape, and dimension to provide not only aesthetic but functional differences from one partition to the ne

A semi-private partition or covering includes a collapsible structure having a plurality of uniform perforations formed therein. The plurality of uniform perforations can be configured in size, shape, and dimension to provide not only aesthetic but functional differences from one partition to the next. A manufacturer can make a partition by forming a collapsible structure, such as by bonding a plurality of elongate cells along a plurality of different horizontal seams. The manufacturer can then position a plurality of cutout apparatus about the structure and apply the cutout apparatus to create hollow perforations passing through the entire depth of the collapsible structure (e.g., when expanded). The partition can be mounted to a top or side support structure for any combination of vertical or horizontal expansion/contraction of the partition.

대표청구항 ▼

1. In an architectural design environment comprising one or more spaces to be partitioned, a collapsible, semi-private partition or covering configured to partition the one or more spaces while diffusing light and sound therein, comprising: a collapsible structure having a plurality of cells, each c

1. In an architectural design environment comprising one or more spaces to be partitioned, a collapsible, semi-private partition or covering configured to partition the one or more spaces while diffusing light and sound therein, comprising: a collapsible structure having a plurality of cells, each cell having a front surface and a back surface;a first pleat formed in the front surface of each cell;a second pleat formed in the back surface of each cell;wherein the first and second pleats split each cell into opposing upper and lower portions thereof;wherein the collapsible structure expands in width when collapsed along the first and second pleats of each cell of the plurality of cells;a plurality of fixed perforations of removed collapsible structure formed in each of the first and the second pleat of each cell thereby creating a plurality of discrete pathways entirely through each cell of the collapsible structure;wherein each perforation comprises a shape having a first half that spans into the upper portion of a cell, and a second half that spans into the lower portion of the cell; andat least one mounting plate mounted to one of the plurality of cells, the at least one mounting plate being configured to secure the collapsible structure to a support structure. 2. The partition as recited in claim 1, wherein the perforations formed in the first pleat are aligned with the perforations formed in the second pleat. 3. The partition as recited in claim 1, wherein: each of the cells is joined to an adjacent cell at a horizontal seam. 4. The partition as recited in claim 3, wherein: the plurality of cells comprise a cell-in-cell configuration that comprises a first elongate cell that has been inserted within and bonded to a second elongate cell. 5. The partition as recited in claim 3, wherein: the plurality of cells comprise a triple-cell configuration that comprises a first elongate cell that has been bonded at both a vertical position and a horizontal position to at least another elongate cell. 6. The partition as recited in claim 5, wherein: each of the plurality of perforations passes through the first and second elongate cells of each cell-in-cell configuration; andthe collapsible partition intermittently blocks light from one side of the partition to an opposing side. 7. The partition as recited in claim 1, wherein the plurality of perforations comprise a plurality of different shapes. 8. The partition as recited in claim 7, wherein each of the different shapes alternates along the pleats corresponding to each cell. 9. The partition as recited in claim 7, wherein the plurality of different shapes of the perforations are distributed randomly along the pleats corresponding to each cell. 10. The partition as recited in claim 1, wherein the collapsible partition further comprises one or more collapse and release apparatus for differentially collapsing or expanding the partition in the one or more spaces. 11. The partition as recited in claim 1, wherein the collapsible partition is at least about 8 feet tall, and spans a ceiling to floor space when expanded.