A vegetable bearing case comprising a solution bearing case (7) having a high-position solution inlet (1) and a low-position solution outlet (5) in an opposite arrangement. A switchback solution flow channel (2) is formed in the solution bearing case (7) at an area located between the solution inlet (1) and the solution outlet (5) by protruding flow deflecting partitions (3). An atomizer (6) is arranged in the solution flow channel (2). The solution flow channel (2) of the vegetable bearing case allows a nutrient solution to form within the entire vegetable bearing case one nutrient solution flow that flows through the entire vegetable bearing case, thus allowing for increased nutrient solution component uniformity within the vegetable bearing case, and facilitating balanced growth of a vegetable. In addition, the atomizer (6) atomizes the nutrient solution to allow the nutrient solution to vaporize evenly as a mist to the upper part space of the vegetable bearing case, thus facilitating absorption for the vegetable and satisfying requirements for nutritional substances for vegetable growth. Moreover, the volume of the nutrient solution that is atomized can be controlled via the atomizer (6) to control the growth rate of the vegetable, thus allowing the vegetable to be placed in corresponding states of normal growth, slowed growth, or zero growth, and extending the duration that the freshness of the vegetable is preserved.Linvention concerne un casier de support de légume comprenant un casier de support de solution (7) ayant un orifice dentrée de solution en position haute (1) et un orifice de sortie de solution en position basse (5) opposés lun à lautre. Un canal découlement de la solution en lacet (2) est formé dans le casier de support de solution (7) au niveau dune zone située entre lorifice dentrée de solution (1) et lorifice de sortie de solution (5) à travers des partitions de détournement de lécoulement faisant saillie (3). Un atomiseur (6) est disposé dans
