Dissolved hydrogen liquid-discharging pot and method for generating pressurized dissolved hydrogen liquid

A method for producing pressurized hydrogen-dissolved liquid in a dissolved hydrogen liquid-discharging pot provided with

• a lid,
• a pot body of a predetermined style having a bottle section that stores liquid therein, and
• a hydrogen-generating section that communicates with the bottle section, holds a hydrogen-generating agent and generates hydrogen when water is added thereto, and leads out the generated hydrogen to the bottle section to create a pressure chamber in the bottle section,
• a discharge tube that communicates with the bottle section of the pot body and has a discharge opening for discharging liquid,
• an on-off valve provided on the discharge tube for closing and opening the discharge tube,
• and
• an operating member for manipulating the on-off valve;
• wherein the method comprises the steps of:
• marking an indicator line on the pot body in a visually confirmable manner to indicate an assumed-boundary between the pressure chamber for storing hydrogen in the bottle section and the stored-liquid in the bottle section before generation of hydrogen so that a predetermined volume can be created in the pressure chamber;
• positioning a sucking tip opening of the discharge tube to reach a bottom of the bottle section;
• and
• producing a discharge pressure in the pressure chamber in accordance with one or more of opening or closing the on-off valve, which discharge pressure is governed by both the volume of the pressure chamber defined by the position of the indicator line and the amount of the hydrogen-generating agent;
• wherein
• the discharge pressure is a pressure sufficient to discharge, when the on-off valve is opened, the stored-liquid in the bottle section to the bottom where the sucking tip opening is positioned.

A dissolved hydrogen liquid-discharging pot, comprising:

• a lid,
• a pot body having a bottle section configured to store liquid and hydrogen therein,
• a hydrogen-generating section configured for fluid communication with the bottle section and hold a hydrogen-generating agent and water,
• a discharge tube configured to extend from a sucking tip opening thereof on a bottom of the bottle section to a discharge opening,
• an on-off valve configured to close and open the discharge tube to permit fluid communication between the sucking tip opening and the discharge opening,
• an operating member accessible at the lid and configured to manipulate the on-off valve to close and open the discharge tube to disable and enable the fluid communication, respectively, and
• a visually confirmable indicator on the pot body to indicate an assumed-boundary between a predetermined volume of hydrogen gas in the bottle section and the stored-liquid in the bottle section,
• wherein the assumed-boundary defines a pressure chamber in which the hydrogen gas in the bottle section generates a discharge pressure sufficient to discharge, when the on-off valve is opened, the stored-liquid in the bottle section from the position of the sucking tip opening on the bottom of the bottle section.