PROBLEM TO BE SOLVED: To provide an inexpensive exhaled breath purifier capable of purifying exhaled breath and then releasing it to the outside with a simple configuration. SOLUTION: An exhaled breath purifier 10 is provided along an inner surface of a bottle body 12, a bottle body 12 having a cylinder opening 20 opened above, a disinfectant solution 50 housed inside the bottle body 12, and a bottle body 12. Disinfectant solution absorbers 32A to 32C that absorb the disinfectant solution 50, an exhalation rectifier composed of a plurality of hollow tubes provided inside the cylinder mouth 20 and through which exhaled air before and after disinfection passes, and a central exhalation rectifier. It includes an exhaled breath introducing tube 40 that penetrates the tube and sends the exhaled air 62 to the bottle body 12, and a sponge body 44 that penetrates the exhaled breath introducing tube 40 and has a fine hole that closes the cylinder mouth 20 of the bottle body 12. The exhaled breath 62 introduced from the exhaled breath introduction tube 40 into the bottle body 12 is disinfected by hitting the disinfectant liquid absorbers 32A to 32C, and the disinfected exhaled breath 64 is discharged to the outside. [Selection diagram] Fig. 1【課題】簡単な構成で、呼気を浄化してから外部に放出できる安価な呼気浄化器を提供する。【解決手段】呼気浄化器１０は、上方が開口した筒口２０を有するボトル本体１２と、ボトル本体１２の内部に収容される消毒液５０と、ボトル本体１２の内面に沿って設けられており、消毒液５０を吸収する消毒液吸収体３２Ａ～３２Ｃと、筒口２０の内側に設けられており、消毒前後の呼気が通過する中空の複数のチューブからなる呼気整流体と、呼気整流体の中央のチューブを貫通し、呼気６２をボトル本体１２に送り込む呼気導入チューブ４０と、呼気導入チューブ４０が貫通するとともに、ボトル本体１２の筒口２０を塞ぐ微細孔を有するスポンジ体４４とを備える。呼気導入チューブ４０からボトル本体１２に導入された呼気６２は、消毒液吸収体３２Ａ～３２Ｃに当たって消毒され、消毒済みの呼気６４が外部に排出される。【選択図】図１
