Abstract: An openwork textile structure is formed from at least one textile web and has a plurality of regularly and/or randomly distributed open areas wherein each open area is separated from the adjacent open area by at least one compressed zone of textile materials contiguous with at least one zone of textile materials having a greater apparent diameter than the compressed zones, and wherein the textile materials of the web remain parallel to one another in the compressed zones. Three-dimensional openwork textile structures can be formed by superimposing two or more of the openwork textile webs and gathering together and compressing in parallel arrangement, textile materials from at least two adjacent superimposed webs.

Abstract: Pile textile elements are disclosed in which heat fusible textile filamentary materials are assembled in a bundle wrapped in a plastic envelope. The filaments are held together at one end only of the bundle by fusing the ends of the filaments and the plastic envelope while they are in contact, under pressure, with a heated flat surface. The fused end of the bundle forms a base to facilitate handling of the pile textile element, and also facilitating securing the element to a suitable backing, such as a textile backing, furniture, bedding, etc., in a conventional manner.

Abstract: A chair is disclosed which includes a filled seat portion and a filled back portion joined by a unitary, non-articulated semi-rigid connection integral with the seat portion and the back portion, the connection having a rebate therein, for example in the form of a step, a triangle, an arc, or a continuation thereof.