PROBLEM TO BE SOLVED: To provide a water spout structure that can spout electrolytic hydrogen water to a desired region intensively and at high concentration.SOLUTION: A water spout structure is provided for spouting warm water supplied from a water supply flow path out of a water spout part. The water spout structure includes: a branch part for branching the warm water in the water supply flow path an electrolysis flow path for electrolyzing one warm water branched in the branch part to form electrolytic hydrogen water and guiding the electrolytic hydrogen water to the water spout part and a water passing flow path for guiding the other warm water branched in the branch part to the water spout part in a state of non-electrolytic water without electrolyzing it. The water spout part is configured to be separately formed of an electrolytic hydrogen water spouting area for spouting the electrolytic hydrogen water in the downstream of the electrolysis flow path, and a non-electrolytic water spouting area for spouting the non-electrolytic water in the downstream of the water passing flow path.SELECTED DRAWING: Figure 2COPYRIGHT: (C)2018,JPO&INPIT【課題】電解水素水を所望する部位へ重点的に、且つ、高濃度で吐出させることのできる吐水設備構造を提供する。【解決手段】給水流路より供給される湯水を吐水部から吐出する吐水設備の構造において、前記給水流路にて前記湯水を分流する分流部と、分流部にて分流された一方の湯水を電解して電解水素水と成し、同電解水素水を前記吐水部へ導く電解流路と、分流部にて分流された他方の湯水を電解せずに非電解水の状態で前記吐水部へ導く通水流路と、を備え、前記吐水部には、前記電解流路の下流にて電解水素水を吐出する電解水素水吐出領域と、前記通水流路の下流にて非電解水を吐出する非電解水吐出領域と、がそれぞれ別個に形成されていることとした。【選択図】図2
