PROBLEM TO BE SOLVED: To realize dispersion of medicine by another dispersion method without limited to a defined dispersion method, to reduce the number of medicine transportation upon discharge of medicine, and to smooth and ensure release of medicine from sectioning room.SOLUTION: Driving mechanisms (45+46) are arranged for each of columns 44, 44 ... of a multiline conveyor 40 so that each conveyor 44 may execute independently conveyor transportation in a longitudinal surface, and post one column accomplishment next column progress program 75 and post one row accomplishment next row progress program 76 are selectively executed. In addition, an all-column common medicine collection mechanism 13 is arranged at a medicine discharge address for each of columns 44, 44 ... of the multiline conveyor 40 to omit a single column conveyor. In addition, a sectioning room 60 is constructed with a forward separation body 61 and a rear separation body 62 capable of being separated and jointed in a moving direction of the conveyor 44 so that the separation bodies 61, 62 are separated at a medicine discharge position and the separation bodies 61, 62 are jointed before reaching the medicine reception position.SELECTED DRAWING: Figure 1【課題】固定的な撒き分け方に限らず他の撒き分け方でも薬剤を撒けるようにする。薬剤排出時の薬剤移載回数を減らす。区画室からの薬剤放出をより円滑かつ確実にする。【解決手段】多列コンベア４０の各列４４，４４…毎に駆動機構（４５＋４６）を設けて各コンベア４４が独立して縦面内のコンベア送りを行えるようにするとともに、一列完了後次列進行プログラム７５と一行完了後次行進行プログラム７６とを選択的に実行する。また、多列コンベア４０の各列４４，４４…の薬剤排出先に全列共用の薬剤収集機構１３を設置して、単列コンベアを省く。さらに、区画室６０をコンベア４４進行方向に分割も合体も可能な前方分割体６１と後方分割体６２とで構成し、薬剤排出位置では分割体６１，６２が割れ、薬剤受取位置に来るまでに分割体６１，６２が合わさるようにする。【選択図】 図１
