< Topic >Be able to absorb the gaseous hydrogen from the hydrogen generation material, feeling at rest the aqueous solution which at the same time the gaseous hydrogen dissolves as a drinking water, it offers the intake possible gaseous hydrogen aspirator to internal.SolutionsAs the 1st container the hydrogen generation material 11 which is stored inside 6 which, possesses the aperture in the upper part and container 6 and the above-mentioned aperture is blocked as in the 1st lid the 2nd container 18 where the aperture 18a was formed 7 where the 1st tube Interpolation application aperture was formed and the upper part and the above-mentioned aperture 18a is blocked, the 2nd tube Interpolation application aperture 19a and as for the 2nd lid 19 where the 3rd tube Interpolation application aperture was formed and one end while the above-mentioned 1st tube Interpolation application aperture as for the Interpolation sequence other end side halfway section description above 2ndInside tube Interpolation application aperture 19a as for the Interpolation sequence other end being categorized to the bottom direction of the above-mentioned 2nd container, 3 as for the 1st shell 4 which becomes and one end as for the Interpolation sequence other end gaseous hydrogen absorption section 5 being formed, having with the 2nd shell 22 which, becomes it becomes in the above-mentioned 3rd tube Interpolation application aperture.< Choice figure >Drawing 2【課題】水素発生材から水素ガスを吸引でき、かつ水素ガスが溶解した水溶液を飲料水として安心して体内に摂取可能な水素ガス吸引装置を提供する。【解決手段】上方に開口を有する第1の容器6と、容器6内に収容された水素発生材11と、上記開口を閉塞するとともに第1の管挿通用開口が形成された第1の蓋体7と、上方に開口18aが形成された第2の容器18と、上記開口18aを閉塞するとともに、第2の管挿通用開口19aと第3の管挿通用開口が形成された第2の蓋体19と、一端は上記第1の管挿通用開口内に挿通され他端側中途部は上記第2の管挿通用開口19a内に挿通され他端は上記第2の容器3の底方向に位置してなる第1の管体4と、一端は上記第3の管挿通用開口に挿通され他端は水素ガス吸引部5が形成されてなる第2の管体22とを備えてなる。【選択図】図2
