20 is closed passes through a position of interference with button 30 once emboss 21 is pushed inward of button 30 the interference position resists rebound of drawer 20 from casing 10 when one opens drawer 20 one can readily pull emboss 21 past head 31 since cupped skirt 32 deflects when one pushes drawer 20 shut it stays shut because emboss 21 slides past head 31 and head 31 is then pushed away from stud 11 by the biasing action of cupped skirt 32 to thereby hold emboss 21 and accordingly drawer 20 in place the anti rebound button is particularly advantageous because it can be easily snapped into aperture 12 in stud 11 the flexing of cupped skirt 32 reduces wear on drawer 20 and on button 30 and further when it is made of a material such as polymer for example nylon there is substantially noiseless operation with no squeaking between drawer 20 and button 30 still further button 30 can effectively function as an anti rebound device even when there is a relatively great degree of variation from the desired dimensions of button 30 flexible skirt 32 takes up the slack that is a greater tolerance can be permitted and still have satisfactory anti rebound operation this ability to allow greater tolerance lowers manufacturing costs and simplifies manufacturing referring to fig2 and 5 typical dimensions for button 30 include a longitudinal.