An assistive device for standing tasks allows for a reduction of effort on the part of a user while engaged in tasks or activities that are stationary or nearly stationary that lessens the strain on the bones, joints, and muscles normally used for standing while ensuring a proper alignment of the pelvis and spine.

The dynamic postural device comprises two oscillating elements having respectively: —a seating portion to support a buttock of a user; a supporting portion opposite to the seating portion and of a substantially convex shape; in which the supporting portion is adapted to allow the oscillation of the respective oscillating element as a result of the seating of the user.

An integrated folding foot rest includes a table-board supporting seat, the bottom of which is provided with four break angle bending portions. Each of the break angle bending portions is connected to a leg folding mechanism. The leg folding mechanism includes a pedestal, a rotating seat and a leg. The pedestal is formed by symmetrically splicing a front pedestal and a back pedestal. Lower portions of the front and back pedestals are respectively provided with rotary limiting grooves, and two end portions of the rotary limiting grooves are respectively provided with limiting ends. One side of the rotating seat is provided with a telescopic slideway, the telescopic slideway is internally provided with a T-shaped locking piece, two ends of a limiting portion of the locking piece are correspondingly embedded into the rotary limiting grooves, respectively, and a pressure spring is annularly sleeved on the telescopic portion of the locking piece.

An integrated folding foot rest includes a table-board supporting seat, the bottom of which is provided with four break angle bending portions. Each of the break angle bending portions is connected to a leg folding mechanism. The leg folding mechanism includes a pedestal, a rotating seat and a leg. The pedestal is formed by symmetrically splicing a front pedestal and a back pedestal. Lower portions of the front and back pedestals are respectively provided with rotary limiting grooves, and two end portions of the rotary limiting grooves are respectively provided with limiting ends. One side of the rotating seat is provided with a telescopic slideway, the telescopic slideway is internally provided with a T-shaped locking piece, two ends of a limiting portion of the locking piece are correspondingly embedded into the rotary limiting grooves, respectively, and a pressure spring is annularly sleeved on the telescopic portion of the locking piece.

An article of furniture can be converted for dual uses as a coffee table and an ottoman, or vice versa, with relative ease using a simple conversion mechanism disposed on the article if furniture and operably connected between a number of convertible members and a base for the article of furniture.

Systems of a footrest are described, along with a process for making the footrest. The footrest may include a base with at least four side walls connected by a bottom side. The base may be folded into a flat or box shape. The footrest may also include a container lid connected by a bottom lid and a top lid, and the base may be configured to join with the container lid. The base may also fit inside the container lid when folded, and the bottom lid of the container lid includes at least two semi-circular shaped depressions.

The various embodiments herein provide a modular shower seat connected to a wall structure comprising a mounting base component, a connecting elongated component and a primary functional component. The mounting base component is fixed against a wall structure through a holding medium. The mounting base component comprises a vertical base plate. The vertical base plate comprises a plurality of fastener holes and a plurality of vertical slots. The connecting elongated component is attached to the mounting base component through a plurality of fastening medium. The connecting elongated component comprises a pair of vertical bases. Each vertical base is orthogonally fixed to the vertical base plate by fitting the vertically opposite brackets into the vertically opposite slots of the vertical base plate. The primary functional component is fixed over the connecting elongated component.

A body support bridge comprising a four panel hinged device with top plate capable of adjustable flexed mounting into a generally arched shape from a folded flat configuration. A top plate and front plate are covered with foam. A hinged adjustment plate engaged against adjustment tabs lifts and flexes the top plate into at least four different height levels for multiple functions, including lumbar support positioned between a user's back and the seat, thigh support positioned on a seat behind a user's knee, a foot rest with the device placed on the floor, and a head rest positioned with the front plate placed on a tray table.

An apparatus has an ergonomic-device support assembly including a stationary frame assembly configured to be received and selectively positioned underneath a desk relative to a user. The ergonomic-device support assembly is configured to receive and support an ergonomic device. This is done in such a way that the ergonomic device is selectively movable relative to the user of the desk between an extended-deployment position and a retracted-storage position.

A footrest device includes a base portion adapted to be switched between a first position and a second position. The base portion includes a first surface having a curved profile, wherein the first surface provides foot support to a user when the base portion is in the first position. The base portion also includes a second surface having a planar profile, wherein the second surface provides foot support to the user when the base portion is in the second position. The base portion further includes a pair of side surfaces extending between the first surface and the second surface, wherein at least one of the pair of side surfaces defines an indentation. The footrest device also includes at least one limit stop projecting from the first surface of the base portion, wherein the at least one limit stop is disposed proximate at least one of the pair of side surfaces.