Zero gravity wall hugger recliner

A zero gravity wall hugger recliner comprising

• a fixed base including a frame with side walls,
• a side panel connected to each side of the base and an essentially horizontal track mounted on each of the panels and oriented to extend front and back on said panels,
• a trolley mounted in the tracks and movable front to back on the track,
• a support pivotally carried on the trolley,
• a seat and a backrest mounted on the support in a fixed angular relationship to one another and pivotally movable as a unit on the trolley,
• a motor drive including a motor and link connected between the trolley and frame member for moving the trolley front to back by the motor drive,
• a footrest mounted to the seat and pivotally movable with respect thereto between a reclined position and an uptight position for supporting an occupant of the seat and backrest between an upright and zero gravity reclined position,
• an actuating lever connected between the seat and the frame causing the seat and backrest to move between an upright position when the roller trolley is in the rearmost position and a reclining position when the trolley is in a forward position on the frame,
• and a pull bar connected between the actuating lever and the footrest causing the footrest to pivot from a retracted position beneath the seat when the seat is in an upright position to a substantially horizontal elevated position in a plane at least as high as the front edge of the seat when the seat is in the reclining position.

A zero gravity recliner comprising

• a unitized seat assembly including a seat and backrest in a fixed angular relationship to one another and a leg rest pivotally connected to the seat,
• a fixed frame serving as the base of the recliner,
• essentially horizontal tracks mounted on and extending front to rear on the frame,
• a trolley mounted on the tracks and carrying the seat assembly for moving the seat assembly between a rearward and forward position on the frame,
• pivot plates supporting the seat assembly on the trolley enabling the seat assembly to move between an upright position and a zero gravity reclining position,
• a motor drive connected to the trolley for moving the seat assembly between rearward and forward positions on the fixed frame,
• and actuating levers connected between the frame and the seat assembly and motion brackets connected between the actuating levers and the leg rest for causing the seat assembly to move between an upright and fully reclined position and the leg rest to move between a retracted and zero gravity position when the roller trolley moves from a rearward to a forward position on the tracks.

A recliner comprising,

• a fixed chair frame having side panels that include a pair of arm rests, and cross members connecting the side panels together,
• a trolley movable back to front on the side panels,
• a seat and backrest assembly in fixed annular relationship with one another pivotally mounted as a unit on the trolley movable between reclining and upright positions, said assembly including a leg rest movable between a retracted and extended position with respect to the seat,
• a single motor drive connected to the trolley for moving the seat and backrest assembly forward and backward on the tracks,
• an actuating lever operatively connecting the frame and the seat for pivoting the assembly from an upright position when the trolley is in a rearward position to a reclining position when the trolley is in a forward position on the track,
• and a leg rest control directly connected to the actuating lever and the leg rest for moving the leg rest from a retracted position when the trolley is in a rearward position to an elevated position when the trolley is in a forward position on the track.