PROBLEM TO BE SOLVED: To provide an intravenous system eliminating a load since the load is imposed in assembling whole control elements in a controller when one controller controls whole intravenous systems in controlling the intravenous drips of the multiple intravenous systems, and facilitating a design change when design is changed due to a bug or the like.SOLUTION: The system includes: a plurality of intravenous cylindrical bodies 2 respectively having adjusting means for electronically adjusting the opening degree of ducts connected to the intravenous cylinders 2 for dripping an intravenous liquid, and adjusting the flow rate of the intravenous liquid, and a measuring means for measuring the number of liquid drips dripping in the intravenous cylinders and a control part 1 having an intravenous amount setting means 5 for setting an intravenous amount, and a display means 4 for displaying the intravenous amount. A first control means for controlling the adjusting means and the measuring means is arranged in each intravenous cylindrical body. The control part 1 includes a second control means for controlling the first control means in response to a predetermined program.COPYRIGHT: (C)2008,JPO&INPIT【課題】多数の点滴装置の点滴滴下を制御する際に一つの制御装置ですべての点滴装置を制御すると、その制御装置にすべての制御要素を組み込むのに負担とならないよう、またバグなどにより設計変更する際に設計変更が容易にできる装置を提供する。【解決手段】点滴液を滴下する点滴筒2に接続された導管の開度を電子的に調整し、前記点滴液の流量を調整するための調整手段と、前記点滴筒内を滴下する液滴下数を計測するための計測手段とをそれぞれ設けた複数の点滴筒体2と、点滴量を設定する点滴量設定手段5と前記点滴量を表示するための表示手段4とを設けた制御部1と、前記点滴筒体内のそれぞれに前記調整手段と前記計測手段とを制御するための第1の制御手段を設け、第1の制御手段をあらかじめ決められたプログラムに従って制御する第2の制御手段を前記制御部1に設けた点滴装置。【選択図】図1
