Abstract: A foot pedal, which swings a waste flap from a closed position to an opened position, is disposed near a section on a floor of an aircraft lavatory unit directly below a waste compartment. A foot pedal support mechanism is configured such that the foot pedal at the upper limit position is inclined and supported with a foot pedal rear end located directly below the waste compartment being located above a foot pedal front end away from the waste compartment and that the foot pedal rear end swings in a vertical direction by using the foot pedal front end as a fulcrum.

Abstract: A foot pedal, which swings a waste flap from a closed position to an opened position, is disposed near a section on a floor of an aircraft lavatory unit directly below a waste compartment. A foot pedal support mechanism is configured such that the foot pedal at the upper limit position is inclined and supported with a foot pedal rear end located directly below the waste compartment being located above a foot pedal front end away from the waste compartment and that the foot pedal rear end swings in a vertical direction by using the foot pedal front end as a fulcrum.

Abstract: Provided is a method of manufacturing an aircraft lavatory unit. In manufacturing structural frames, shapes and positions of a faucet mounting seat and a plurality of brackets of each of the structural frames in three axial directions, that is, an X-axis direction in which a front wall and a rear wall face each other, a Y-axis direction in which a pair of side walls face each other, and a Z-axis direction which is a vertical direction are formed to be identical. In manufacturing sinks, shapes and positions of an installation hole and a plurality of bracket coupling portions of each of the sinks the three axial directions are formed to be identical.