Adjustable padding device for a piece of furniture used for sitting and/or lying has a flat elastically deformable padding element and an adjustable supporting device having a main body for supporting the padding element in a plane. Padding device also has an electric-motor adjusting device, on the supporting device for adjusting part of supporting device in its inclination and/or height of the part of supporting device, so padding element is connected to supporting device and to the adjusting device and forms a unit, and so padding element and the supporting device and the adjusting device are in a common casing. Common casing substantially completely surrounds the unit including the padding element and the supporting device together with the adjusting device. A charging/discharging device is provided for pressure loading/pressure relief of padding element, and loading/relief device is in the common casing.

A chair seat includes a main body, a seat body, and an insert body. The main body has a top body surface defining a groove. The seat body has a base layer and a cushioning layer. The base layer is disposed on the top body surface of the main body, and has a bottom surface that contacts the top body surface of the main body, a top surface that is opposite to the bottom surface, and a through hole that extends from the top surface to the bottom surface and that communicates with the groove of the main body. The cushioning layer is disposed over and is connected to the base layer. The insert body is disposed in the groove of the main body and the through hole of the base layer.

A chair seat includes a main body, a seat body, and an insert body. The main body has a top body surface defining a groove. The seat body has a base layer and a cushioning layer. The base layer is disposed on the top body surface of the main body, and has a bottom surface that contacts the top body surface of the main body, a top surface that is opposite to the bottom surface, and a through hole that extends from the top surface to the bottom surface and that communicates with the groove of the main body. The cushioning layer is disposed over and is connected to the base layer. The insert body is disposed in the groove of the main body and the through hole of the base layer.

A vehicle seat assembly comprises a seat bottom comprising a frame assembly securable to a vehicle. The frame assembly comprises a frame disposed within a structural foam pad, with the frame assembly having a first attachment member. The vehicle seat assembly comprises a cushion assembly comprising a flexible foam pad supported on a wire frame assembly, with the cushion assembly having second attachment member cooperable with the first attachment member to secure the cushion assembly to the frame assembly. The vehicle seat assembly comprises a seatback secured to the seat bottom.

An upholstered panel assembly includes an upholstery component having a foam layer provided on a substrate layer. The upholstery component covers the face of a base structure and is retained releasably by clips. The clips extend along the edges of the panel assembly. The panel assembly may be particularly suitable for aircraft cabins.

A folding chair may include a frame that is configured to transition the folding chair between use and storage positions. A seat base may be pivotally coupled thereto at a first particular length from a front end and a receiving portion may be disposed in an upper surface. The receiving portion may include left and right lateral edges, front and rear longitudinal edges, and a depth. The padding material may be disposed in the receiving portion and may have a lateral dimension related to a distance between the front and the rear longitudinal edges, a longitudinal dimension related to a distance between the front and the rear longitudinal edges, and a thickness related to the depth. The padding layer may cover a majority of a top surface of the padding material and of the upper surface. The cover may retain the padding material and the padding layer relative to the seat base.

A folding chair may include a frame that is configured to transition the folding chair between use and storage positions. A seat base may be pivotally coupled thereto at a first particular length from a front end and a receiving portion may be disposed in an upper surface. The receiving portion may include left and right lateral edges, front and rear longitudinal edges, and a depth. The padding material may be disposed in the receiving portion and may have a lateral dimension related to a distance between the front and the rear longitudinal edges, a longitudinal dimension related to a distance between the front and the rear longitudinal edges, and a thickness related to the depth. The padding layer may cover a majority of a top surface of the padding material and of the upper surface. The cover may retain the padding material and the padding layer relative to the seat base.

Rocker style chairs and rocker style chairs with pivoting seats are provided along with modular components for use within rocker style chairs and parts for assembling within the modular components. The related components and chair assemblies minimize manufacturing time, maximize material usage and decrease related installation time. The related rocker style chairs may provide comfort to chair occupants and minimize noise during related chair component motion.

A seat cushion structure of chair is provided, in which a seat cushion body has a chamber provided on its upper end surface. The chamber has holders provided on its two opposite walls, and a plurality of spring steel wires have their two ends fixed on the holders provided on the opposite walls of the chamber so as to span across the chamber. An elastic pad covers correspondingly the upper end surface of the seat cushion body in such a manner that user, when sits on the elastic pad, enjoys comfortable and elastic feeling by the support of the elastic pad and the spring steel wires provided under the elastic pad. Furthermore, user's body heat can be dissipated through perforations provided on the elastic pad to the chamber of the seat cushion and thus to the outside, so as to enhance user's comfort.

A seat cushion structure of chair is provided, in which a seat cushion body has a chamber provided on its upper end surface. The chamber has holders provided on its two opposite walls, and a plurality of spring steel wires have their two ends fixed on the holders provided on the opposite walls of the chamber so as to span across the chamber. An elastic pad covers correspondingly the upper end surface of the seat cushion body in such a manner that user, when sits on the elastic pad, enjoys comfortable and elastic feeling by the support of the elastic pad and the spring steel wires provided under the elastic pad. Furthermore, user's body heat can be dissipated through perforations provided on the elastic pad to the chamber of the seat cushion and thus to the outside, so as to enhance user's comfort.