PROBLEM TO BE SOLVED: To provide an air-bag structure for medical treatment capable of preventing an opening end of each air bag body from being widely opened regardless of the inflation/deflation of the air bag when attached to a treatment position of a medical treatment machine, capable of preventing an air bag unit itself from being enlarged, having attaching pieces which is hardly impaired, and excellent in the durability.SOLUTION: The air bag body 1 is inflated/deflated by feeding or discharging air. The air bag body 1 has an uninflatable peripheral edge part 1a connected to the outer surface of the air bag body 1, and an attaching piece 4 to be attached to a medical treatment machine body is connected to the uninflatable peripheral edge part 1a. The attaching piece 4 has a recess 5 recessed in the thickness direction at least by approximately a half of the thickness in the direction of inflation/deflation of the air bag body 1. Two layered air bag bodies 1 with outer bottom faces 5a of the recesses 5 in the respective air bag bodies 1 abutting to each other are fixed to an air bag attaching part 10.COPYRIGHT: (C)2010,JPO&INPIT【課題】施療機の施療位置に取り付けた場合に、エアーバッグの膨縮に関わらず、各々のエアーバッグ本体の開放端部分が大きく開いてしまうことがなく、エアーバッグユニット自体が大きくなってしまうようなことがなく、さらに取付片が劣化しにくく耐久性に優れた施療用エアーバッグ構造体を提供する。【解決手段】空気を給排気させて膨縮するエアーバッグ本体1であって、該エアーバッグ本体1は、その外周部に連設している非膨縮周縁部1aを有し、該非膨縮周縁部1aに施療機本体に取り付けるための取付片4が連設され、前記取付片4は、エアーバッグ本体1の膨縮方向における厚さ方向の少なくとも略1/2厚み分を凹ませた凹部5が形成されており、エアーバッグ本体1における前記凹部5の外底面5aを互いに当接させて重ね合わせた二つの前記エアーバッグ本体1が、エアーバッグ取付部10に固着されたものとしている。【選択図】 図4
