A multifunctional portable seat cover kit includes a multifunctional portable seat cover (MPSC) and a drawstring carry case. The MPSC includes a first and second section, a compartment, and a flap. The first section includes a top and bottom surface. The top surface of the first section contacts a user contact surface and the bottom surface secures the MPSC to a top area of a seat. The second section flexibly extends from the first section. The second section includes a top and bottom surface. The top surface of the second section contacts the user contact surface and the bottom surface of the second section contacts the seat. The compartment is positioned on the bottom surface of the second section and houses a pillow and pouches for storing primary objects. The flap extends from the second section and seals the compartment. The drawstring carry case stores the MPSC and secondary objects.

A furniture system having a furniture item which includes an electrically-adjustable component, a control unit and a linear actuator for adjusting a component of the furniture item is provided. The linear actuator includes a gear mechanism including a hollow element and a first stage formed as a friction wheel stage. The linear actuator further includes a motor on a drive side and an adjustment member arranged on an output side. The linear actuator, in particular the motor, the gear mechanism and the adjustment member are adapted to alter a length of the adjustment member by means of the motor and the gear mechanism. The control unit is coupled with the linear actuator and adapted to actuate the linear actuator for adjusting the component.

The present invention includes a removable recliner seat cushion as well as a method for attaching the removable recliner seat cushion to reclining furniture. The removable recliner seat cushion comprises a seat cushion and at least two attaching flaps. The present invention also includes a method for attaching a removable seat recliner set cushion to reclining furniture.

An elevated mount chair includes: a base; a pair of arms; a seat positioned above the base between the arms; a backrest; a first ottoman; a reclining mechanism attached to the base, the seat and the backrest; and a footrest mechanism attached to the seat and the first ottoman, the footrest mechanism being coupled to the reclining mechanism. The seat includes a T-cushion positioned above a seat frame, the T-cushion having lateral wings that are positioned forward of the arms. The reclining and footrest mechanisms comprise a plurality of pivotally interconnected links configured to move the chair between an upright position, a TV position, and a fully reclined position. In moving between the upright, TV and fully reclined positions, a front portion of the seat experiences substantially no forward or rearward movement relative to the arms.

A zero gravity chair mechanism includes a frame having a bottom wall and a pair of vertical side walls; a carriage slidable longitudinally of the bottom wall; a linear actuator for moving the carriage longitudinally of the frame; link arms connected to the carriage for movement with the carriage, front ends of the link arms being connected to chair seat support brackets for moving the brackets longitudinally of the frame, the rear of the brackets moving horizontally while the rear of the brackets move upwardly and rearwardly relative to the frame or downwardly and forwardly relative to the frame, whereby the chair moves between a horizontal position and a zero gravity position. During movement from the zero gravity to the horizontal positions, the back of the chair moves downwardly and forwardly relative to the frame.

A zero gravity chair mechanism includes a frame having a bottom wall and a pair of vertical side walls; a carriage slidable longitudinally of the bottom wall; a linear actuator for moving the carriage longitudinally of the frame; link arms connected to the carriage for movement with the carriage, front ends of the link arms being connected to chair seat support brackets for moving the brackets longitudinally of the frame, the rear of the brackets moving horizontally while the rear of the brackets move upwardly and rearwardly relative to the frame or downwardly and forwardly relative to the frame, whereby the chair moves between a horizontal position and a zero gravity position. During movement from the zero gravity to the horizontal positions, the back of the chair moves downwardly and forwardly relative to the frame.

A lift adjuster is depicted and described for adjusting seating furniture and/or reclining furniture, with a housing and an adjustment bracket. The adjustment bracket is maintained in the housing and can be partially pulled out of the housing. In order to enable comfortable adjustment, it is proposed that at least one clamping element is provided displaceable with respect to the adjustment bracket between a clamping position and at least one adjustment position in that the at least one clamping element is received in a clamping manner in the clamping position in a clamping gap between the adjustment bracket and the housing such that the adjustment bracket is prevented from sliding into the housing.

A lift adjuster is depicted and described for adjusting seating furniture and/or reclining furniture, with a housing and an adjustment bracket. The adjustment bracket is maintained in the housing and can be partially pulled out of the housing. In order to enable comfortable adjustment, it is proposed that at least one clamping element is provided displaceable with respect to the adjustment bracket between a clamping position and at least one adjustment position in that the at least one clamping element is received in a clamping manner in the clamping position in a clamping gap between the adjustment bracket and the housing such that the adjustment bracket is prevented from sliding into the housing.

A headrest tilt mechanism is provided for installation on a chair. The mechanism includes a back insert that frames an area of the chair to be independently pivoted. A pair of spaced headrest tilts are coupled to the back insert, and pivotally coupled to the back frame of the chair. A lower connector tube is coupled to the back frame of the chair below the back insert. A linkage coupler is pivotally coupled to an upper member at an upper pivot point and is pivotally coupled an actuator at a lower pivot point. The upper member has a secured leg secured to the pair of spaced headrest tilts and a pivotal leg pivotally coupled to the linkage coupler. An actuator is pivotally coupled between the linkage coupler and the lower connector tube that can be actuated to pivot the headrest tilts from a closed to an open position.

A headrest tilt mechanism is provided for installation on a chair. The mechanism includes a back insert that frames an area of the chair to be independently pivoted. A pair of spaced headrest tilts are coupled to the back insert, and pivotally coupled to the back frame of the chair. A lower connector tube is coupled to the back frame of the chair below the back insert. A linkage coupler is pivotally coupled to an upper member at an upper pivot point and is pivotally coupled an actuator at a lower pivot point. The upper member has a secured leg secured to the pair of spaced headrest tilts and a pivotal leg pivotally coupled to the linkage coupler. An actuator is pivotally coupled between the linkage coupler and the lower connector tube that can be actuated to pivot the headrest tilts from a closed to an open position.