A footrest mechanism, comprising a chair support body, a locking component and a leg component. The locking component comprises a locking rod, a locking arm and a locking elastic member. The locking rod is pivotally connected to the chair support structure. The locking arm is pivotally connected to the leg component and the locking rod, respectively. The locking elastic member is connected to the chair support structure and the locking arm, respectively. The locking arm can be locked to the chair support structure to define a locking state and the locking state can be maintained due to an elastic deformation of the locking elastic member. The leg component is pivotally connected to the chair support structure and in a transmission connection with a driving component, and the leg component is capable of rotating relative to the chair support structure when the leg component is driven by the driving component.

The present disclosure relates to a mechanical stretching device for a movable seat unit, and a movable seat unit thereof. The mechanical stretching device includes: a linkage support that comprises a support structure configured to support the mechanical stretching device on ground and a linkage structure attachable to a seating portion of the seat unit; a back mechanism that is pivotally connected to the linkage support and is configured to attach to a backrest of the seat unit; and a leg stretching structure including a footrest element, and the leg stretching structure is pivotally connected to the linkage support, and the footrest element is attached to a footrest of the seat unit. The mechanical stretching device is configured to implement a sequential conversion or a reverse sequential conversion of the seat unit from a sitting state to a relaxing state and to a lying state.

A footrest extension device for a chair includes eight connecting rods: a first connecting rod is connected to a main frame, and pivotally connected to a second connecting rod and a third connecting rod, respectively; the second connecting rod is connected to the main frame, and pivotally connected to a fourth connecting rod; the third connecting rod is pivotally connected to the fourth connecting rod, a sixth connecting rod and a eighth connecting rod, respectively; a fifth connecting rod is pivotally connected to the fourth connecting rod and the sixth connecting rod, respectively; the sixth connecting rod is pivotally connected to a seventh connecting rod; the seventh connecting rod is pivotally connected to the eighth connecting rod; and the second connecting rod, driven by a driving device, drives the other connecting rods to move, so the footrest extension device is folded or extended.

An upholstery-guided footrest includes a footrest mechanically coupled to a seat. The footrest is configured for moving between a stowed position and one or more deployed positions. A flexible member has a first end and a second end opposite the first end. The first end is fastened to the seat and the second end is fastened to the footrest such that the flexible member supports the footrest during stowing. The flexible member bends around a frontside of the seat and is configured to guide and support the footrest into a stowed position.

An armchair comprising a seat chassis supported on a support chassis by a pair of support columns, a chair back structure pivotally attached to a rear end of the seat chassis and to the support chassis, and a leg support structure pivotally attached to a front end of the seat chassis and connected to a beam, wherein the beam is attached the chair back structure. A first actuating device is mounted to the chair back, where a protracting end of the first actuating device is connected to the seat chassis. The armchair further comprises a second actuating device mounted to the support chassis, a footrest connected to a protracting end of the second actuating device, a third actuating device attached to the seat chassis, and a seating structure connected to a protracting end of the third actuating device and mounted above the seat chassis, wherein the seating structure includes an operative position projecting upwards and forwards by the third actuating device at a tilting angle from the seat chassis.

A footrest driving apparatus includes a seat frame (2), a footrest member (4), a driving mechanism (3) and a footrest linkage mechanism (5) connected to the seat frame (2), the driving mechanism (3) and the footrest member (4). The seat frame (2) has two mounting boards (21), and each mounting board (21) has a curved guide slot (22). The driving mechanism (3) has two driving arms (32). Each driving arm (32) has a guide rod (33) matching with a corresponding curved guide slot (22), and a pin (34) rotatably connected with the corresponding mounting board (21). The guide rod (33) of each driving arm (32) correspondingly moves between a first position and a second position in the curved guide slot, allowing the driving mechanism (3) to drive the footrest linkage mechanism (5) to move the footrest member (4) between a stowed position and a reclined position.

The present invention relates to a chair for supporting a person feeding a baby. The chair includes a seat. The chair includes an armrest operatively connected to the seat. The armrest is selectively rotatable about a vertical axis, and moveable forward/rearward, laterally inward/outward and vertically relative to the seat. The armrest is shaped to receive a baby thereon.

The present invention relates to a chair for supporting a person feeding a baby. The chair includes a seat. The chair includes an armrest operatively connected to the seat. The armrest is selectively rotatable about a vertical axis, and moveable forward/rearward, laterally inward/outward and vertically relative to the seat. The armrest is shaped to receive a baby thereon.

Furniture is described having an extendable footrest. The footrest has a main panel and a flipper panel. In an extended position of the footrest, the top surfaces of the panels are approximately horizontal and co-planar, the main panel being proximate to a seat portion of the furniture. In a retracted position of the footrest, the top surface of the main panel is approximately vertical and the top surface of the flipper panel is approximately horizontal and facing in a downward direction. The footrest projects substantially 20″ or more from the front of the seat portion in the extended position, and substantially 7″ or less is provided between the floor and the apparent bottom edge of the footrest when retracted.

An armchair comprising a seat chassis supported on a support chassis by a pair of support columns, a chair back structure pivotally attached to a rear end of the seat chassis and to the support chassis, and a leg support structure pivotally attached to a front end of the seat chassis and connected to a beam, wherein the beam is attached the chair back structure. A first actuating device is mounted to the chair back, where a protracting end of the first actuating device is connected to the seat chassis. The armchair further comprises a second actuating device mounted to the support chassis, a footrest connected to a protracting end of the second actuating device, a third actuating device attached to the seat chassis, and a seating structure connected to a protracting end of the third actuating device and mounted above the seat chassis, wherein the seating structure includes an operative position projecting upwards and forwards by the third actuating device at a tilting angle from the seat chassis.