The liquid vaporization inhalation device is disclosed. Vaporizing liquid suction device is disclosed as being a user to vaporize the liquid contained therein to be drawn into the suction gas by the operation of the gasification member destination, the battery for supplying electrical energy to the gasification member The first divided member containing said battery A second partition member containing said evaporative member And is inserted into the battery-side electrode connected to a groove formed in the first partition member is energized with the battery, the battery-side electrode and the second divided member and the energizing member which is connected to the vaporizing member when coupled to the first partition member include, and the battery-side electrode portion and the connecting member is connected to the battery-side electrode to be inserted into the battery-side electrode connected to the electrode side connection groove in the battery, the battery-side electrode connecting member so as not to be rotated in a state inserted in the groove cross-section of the groove is characterized by being formed as a non-spherical (non-globular shape). According to the evaporative liquid suction device that is disclosed, the body of the battery-side electrode connecting member, the battery-side electrode connected home, gasification member side electrode body portion and a gasification member side electrode connected to the connecting member of the cross-section of the groove is non-rectangular (non-globular shape ) according to the formed, the connection member and the battery-side electrode to be not rotated in a state inserted in the battery-side electrode connected home, gasification member side electrode connection member is not to be rotated in the state inserted into the vaporizing member side electrode connection groove Since, in the unit cell can be rotated by such a phenomenon that the power structure, such as broken wires can be generated between the ba
