Aircraft seat
A seat base includes a plurality of linear actuators each having a first end pivotally mounted to a base member and a second end pivotally mounted to a seat member. A controller is adapted for controlling an extension length of each of the plurality of linear actuators in a coordinated manner for adjusting a position of the seat member with six degrees-of-freedom and for damping vibration of the seat member. An active vibration mitigation method for reducing vibrations of an aircraft seat includes receiving vibration data from one or more accelerometers mounted to the aircraft seat and determining a vibration profile based on the vibration data. When vibration mitigation is warranted, control signals for damping vibration are determined and transmitted to a plurality of linear actuators adapted to support the aircraft seat.
1. An armrest of a seat having a user input device disposed thereon for receiving input commands from a user of the seat, the input commands being communicated to a controller communicatively coupled to the user input device, the user input device comprising:
a joystick integrated into the armrest, comprising:
a top surface being parallel with the armrest;
a first side and second side extending from the top surface,
wherein the first side and the second side are perpendicular to the top surface, and
wherein the top surface, the first side, and the second side are shaped to receive a hand of the user; and
a touchscreen disposed on the top surface of the joystick,
wherein the joystick is configured to be moveable by the user in six degrees of freedom, the seat is configured for movement in the six degrees of freedom, and the controller is configured to translate input signals indicative of movement of the joystick into output signals for moving a portion of the seat in at least one of the six degrees of freedom.
2. The armrest of claim 1 , wherein the touchscreen displays one or more menu items to the user of the seat and receives, from the user, a selection of the one or more menu items.
3. The armrest of claim 1 , wherein the joystick comprises a dual-touch function activated by touch of a thumb and one or more fingers of the hand, the dual-touch function configured to unlock the joystick.
4. An armrest of a seat having a user input device disposed thereon for receiving input commands from a user of the seat, the input commands being communicated to a controller communicatively coupled to the user input device, the user input device comprising:
a joystick integrated into the armrest, comprising:
a top surface being parallel with the armrest;
a first side and second side extending from the top surface,
wherein the first side and the second side are perpendicular to the top surface, and
wherein the top surface, the first side, and the second side are shaped to receive a hand of the user; and
a touchscreen disposed on the top surface of the joystick, wherein the controller is communicatively connected to a cabin management system, the cabin management system including at least one of lighting, attendant call, cabin temperature control, audio selection, or video selection.
5. An armrest of a seat having a user input device disposed thereon for receiving input commands from a user of the seat, the input commands being communicated to a controller communicatively coupled to the user input device, the user input device comprising:
a joystick integrated into the armrest, comprising:
a top surface being parallel with the armrest;
a first side and second side extending from the top surface,
wherein the first side and the second side are perpendicular to the top surface, and
wherein the top surface, the first side, and the second side are shaped to receive a hand of the user; and
a touchscreen disposed on the top surface of the joystick,
wherein the joystick comprises a dual-touch function activated by touch of a thumb and one or more fingers of the hand, the dual-touch function configured to unlock the joystick, and
wherein the joystick comprises one or more inset apertures disposed on the first side and the second side, the one or more inset apertures configured to enable the user to easily grip the joystick.
6. An armrest of a seat having a user input device disposed thereon for receiving input commands from a user of the seat, the input commands being communicated to a controller communicatively coupled to the user input device, the user input device comprising:
a joystick integrated into the armrest, comprising:
a top surface being parallel with the armrest;
a first side and second side extending from the top surface,
wherein the first side and the second side are perpendicular to the top surface, and
wherein the top surface, the first side, and the second side are shaped to receive a hand of the user; and
a touchscreen disposed on the top surface of the joystick,
wherein the joystick comprises a dual-touch function activated by touch of a thumb and one or more fingers of the hand, the dual-touch function configured to unlock the joystick, and
wherein the dual-touch function comprises a first sensor disposed on the first side and a second sensor disposed on the second side, the first sensor and the second sensor configured to sense touch of the thumb and the one or more fingers, respectively.
7. A user input device communicatively coupled to a controller and configured to control a plurality of subsystems of a seat, the user input device comprising:
a joystick operatively connected to an armrest of the seat, the joystick being disposed at an end of the armrest and configured as a hand rest;
a touchscreen disposed on a top portion of the joystick,
wherein one or more of the joystick and the touchscreen are configured to receive commands for controlling the plurality of subsystems of the seat; and
a pressure-sensor array communicatively coupled to the controller, the pressure-sensor array configured to measure pressures applied to the seat and, the touchscreen is configured to display a cumulative pressure profile based on pressure data received from the pressure-sensor array over time.
8. The user input device of claim 7 , wherein the plurality of subsystems include at least one of a plurality of linear actuators, a thermal control system, or a massage feature.
9. The user input device of claim 7 , wherein the joystick comprises a dual-touch function, the dual-touch function comprising at least two sensors configured to each sense touch of a user's finger or thumb.
10. The user input device of claim 9 , wherein the dual-touch function is configured to prevent communication of the joystick with the plurality of subsystems of the seat until two of the at least two sensors sense touch of the user's finger.
11. The user input device of claim 7 , wherein the user input device receives commands via the touchscreen for adjusting one or more subsystems of the seat.