To stably stop the cabinet main body of a lifting type hanging cabinet in both raised and lowered positions.

A pulley 8 pivoted to an intermediate slide frame 4 is formed by a double groove structure consisting of a first winding part 17 with an uniform radius A and a second winding part 18 whose radius B varies. A linear element 9 is formed by a double structure comprising a first linear element 19 having one end wound on the first winding part 17 and the other end secured to a wall-surface mounting frame 3 and a second linear element 20 having one end wound on the second winding part 18 in the opposite direction and the other end secured to a cabinet mounting frame 5, to constitute a thrusting- force compensating means 21 by which a thrusting force working on a cabinet main body is held roughly constant to match the damping of a pushing force caused by the expansion of a gas spring 6.