Abstract:
A seating unit that includes a linkage mechanism adapted to move the seating unit between closed, extended, reclined, and seat-lift positions is provided. The linkage mechanism includes a footrest assembly and a back-mounting link coupled to a seat-mounting plate, a base plate coupled to a lift-base assembly via a lift assembly, a drive bracket, a motor tube, and two linear actuators for automating adjustment of the linkage mechanism. In operation, a first phase involves a second linear actuator rotating the motor tube, thereby causing the seat-adjustment assembly to bias the seat-mounting plate. A second phase involves a first linear actuator rotating the drive bracket, thereby causing the footrest assembly to extend or retract without affecting the bias of the back-mounting link. A third phase involves the first linear actuator causing the lift assembly to raise and tilt the base plate directly over the lift-base assembly.
Abstract:
A rocker-recliner-style seating unit (rocker recliner) that includes a linkage mechanism adapted to move the rocker recliner between closed, extended, and reclined positions is provided. The rocker recliner is powered by a linear actuator that facilitates automated adjustment of the linkage mechanism. This adjustment of the linear actuator is sequenced into a first phase and a second phase. A stroke of the linear actuator in the first phase acts to adjust the linkage mechanism between the closed and extended positions by extending or retracting ottoman(s) attached to a footrest assembly. A stroke in the second phase acts to adjust the linkage mechanism between the extended and reclined positions by translating a seat-mounting plate forward or rearward at a consistent inclination angle while, concurrently, tilting a back-mounting link. Accordingly, the phase sequencing ensures that the linkage mechanism commences adjustment within the second phase only once the first-phase adjustment is substantially complete.
Abstract:
A modular furniture seating section having a pair of side rails that define a base for the section and a pair of reclining mechanisms, one mounted on each of the side rails. Each of the mechanisms includes a seat mounting link which together carry a seat frame that in turn carries the seat of the chair. An ottoman linkage is mounted on the front of the seat mounting link in each mechanism and together they carry the ottoman which moves between retracted and extended positions. The mechanisms also include a backrest linkage which carries the backrest frame that, in turn, carries the backrest. On one side only of the chair an arm panel is secured to the seat frame and moves together with the seat in fixed relationship thereto as the chair moves between upright and reclined positions. On the same side as the arm panel, a backrest side wing is mounted on the backrest frame so as to move with it. The arm panel and backrest wing are disposed on the side of the chair section which forms an end of a modular furniture grouping.
Abstract:
A seating unit that includes a linkage mechanism adapted to move the seating unit between seat-lift, closed, extended, reclined, and seat-lift positions is provided. The linkage mechanism includes a seat-mounting plate mounted to a footrest assembly, a base plate fixedly mounted to a lift assembly, a back-mounting link rotatably coupled to the seat-mounting plate, a seat-adjustment assembly with a bellcrank, and a linear actuator for automating adjustment of the linkage mechanism. In operation, a stroke in a first phase of the linear actuator generates a force on the bellcrank that translates the seat-mounting plate rearward in a consistent angle of inclination and rotates the back-mounting link from a reclined to an upright orientation. A stroke in a second phase acts to collapse the footrest assembly. A stroke in a third phase causes the lift assembly to raise and tilt the seating unit, thereby accommodating egress and ingress of an occupant.
Abstract:
A glider-recliner-style seating unit (glider recliner) that includes a linkage mechanism adapted to move the glider recliner between closed, extended, and reclined positions is provided. The glider recliner is powered by a linear actuator that facilitates automated adjustment of the linkage mechanism. This adjustment of the linear actuator is sequenced into a first phase and a second phase. A stroke of the linear actuator in the first phase acts to adjust the linkage mechanism between the closed and extended positions by extending or retracting ottoman(s) attached to a footrest assembly. A stroke in the second phase acts to adjust the linkage mechanism between the extended and reclined positions by translating a seat-mounting plate forward or rearward at a consistent inclination angle while, concurrently, tilting a back-mounting link. Accordingly, the phase sequencing ensures that the linkage mechanism commences adjustment within the second phase only once the first-phase adjustment is substantially complete.
Abstract:
A rocker-recliner-style seating unit (rocker recliner) that includes a linkage mechanism adapted to move the rocker recliner between closed, extended, and reclined positions is provided. The rocker recliner is powered by a linear actuator that facilitates automated adjustment of the linkage mechanism. This adjustment of the linear actuator is sequenced into a first phase and a second phase. A stroke of the linear actuator in the first phase acts to adjust the linkage mechanism between the closed and extended positions by extending or retracting ottoman(s) attached to a footrest assembly. A stroke in the second phase acts to adjust the linkage mechanism between the extended and reclined positions by translating a seat-mounting plate forward or rearward at a consistent inclination angle while, concurrently, tilting a back-mounting link. Accordingly, the phase sequencing ensures that the linkage mechanism commences adjustment within the second phase only once the first-phase adjustment is substantially complete.
Abstract:
A seating unit that includes a linkage mechanism adapted to adjust between closed, extended, and reclined positions is provided. The linkage mechanism includes a seat-mounting plate mounted to a footrest assembly, a back-mounting link and a rear bellcrank both rotatably coupled to the seat-mounting plate, an activator bar that controls a footrest drive link, and a linear actuator for carrying out automated adjustment of the linkage assembly. In operation, a stroke in a first phase of the linear actuator generates a torque on the activator bar. The footrest drive link converts the torque into a laterally-directed force that pushes the footrest assembly into the extended position. A stroke in the second phase acts to push the activator bar forward and translate the seat-mounting plate forward at a consistent inclination angle. The forward translation causes the rear bellcrank to rotate, thereby biasing the back-mounting link rearward into the reclined position.
Abstract:
A modular furniture seating section having a pair of side rails that define a base for the section and a pair of reclining mechanisms, one mounted on each of the side rails. Each of the mechanisms includes a seat mounting link which together carry a seat frame that in turn carries the seat of the chair. An ottoman linkage is mounted on the front of the seat mounting link in each mechanism and together they carry the ottoman which moves between retracted and extended positions. The mechanisms also include a backrest linkage which carries the backrest frame that, in turn, carries the backrest. On one side only of the chair an arm panel is secured to the seat frame and moves together with the seat in fixed relationship thereto as the chair moves between upright and reclined positions. On the same side as the arm panel, a backrest side wing is mounted on the backrest frame so as to move with it. The arm panel and backrest wing are disposed on the side of the chair section which forms an end of a modular furniture grouping.
Abstract:
A three-position reclining chair with a stationary frame, and a movable seat and backrest fixed with respect to one another. A handle actuated mechanism supports the seat and backrest within the frame and includes a mounting plate attached to the frame arms, a carrier link pivoted at its rear end on the mounting plate, and a seat mounting link carrying the seat and backrest and pivoted at its rear end on a rear pivot link and at its front end on a front pivot link, in turn respectively supported on the mounting plate and carrier link. A lazy tong linkage mounts on a footrest on the seat mounting link and front pivot link. The handle assembly with the assist of a spring pivots the rear pivot link to move the chair from an upright to an intermediate reclining position, and pressure against the backrest pivots the carrier link on the mounting plate to move the chair from the intermediate to the fully reclined position.
Abstract:
A seating unit that includes a linkage mechanism adapted to move the seating unit between closed, extended, reclined, and seat-lift positions is provided. The linkage mechanism includes a footrest assembly and a back-mounting link coupled to a seat-mounting plate, a base plate coupled to a lift-base assembly via a lift assembly, a seat-adjustment assembly including a drive bracket, and a linear actuator for automating adjustment of the linkage mechanism. In operation, a stroke in a first phase of the linear actuator rotates the drive bracket a first angular increment causing the seat-adjustment assembly to bias the seat-mounting plate. A stroke in a second phase rotates the drive bracket a second angular increment causing the footrest assembly to extend or retract without affecting the bias of the back-mounting link. A stroke in a third phase causes the lift assembly to raise and tilt the base plate directly over the lift-base assembly.