Novel hydrogen water low-pressure container

Abstract

The invention provides a novel hydrogen water low-pressure container. The novel hydrogen water low-pressure container comprises a hollow barrel. The barrel comprises a barrel opening formed at the topend of the barrel and an inflation inlet formed at the bottom of the barrel. An inner container for storing hydrogen water is sleeved in the barrel. An impact water feeder is detachably fixed to thebarrel opening through a trapezoidal hoop. The upper portion of the barrel is detachably sleeved with a disinfecting cover. The middle portion of the barrel is sleeved with an anticollision ring. A base is detachably fixed to the bottom of the barrel. The base is a heatable base. A first-aid device is fixed to the position, close to the barrel opening, of the barrel. Airtight storage of the hydrogen water container is realized. The problem that an existing hydrogen water low-pressure container has the single function is solved. The novel hydrogen water low-pressure container achieves the heating, disinfecting and first-aid functions and greatly improves experience feeling of users and the safety and sanitation degree.

Description

technical field [0001] The invention relates to the technical field of hydrogen-rich water low-pressure containers, in particular to a novel hydrogen-rich water low-pressure container. Background technique [0002] Hydrogen Water (Hydrogen Water) directly uses the original Japanese name. Because "hydrogen" in Japanese means "hydrogen", some people call it "hydrogen water", and it is also called hydrogen-rich water in China. The research enthusiasm for hydrogen-rich water began in 2007 with the first hydrogen biology paper in "Natural Medicine". Common sense tells us that hydrogen is insoluble in water. In the chemical experiments on the preparation of hydrogen in middle school, we used the drainage method to collect hydrogen. The main reason is that hydrogen is insoluble in water. In fact, hydrogen is not insoluble in water, but its solubility is indeed relatively low. If calculated according to the molar concentration, the concentration of 101.25kPa pure hydrogen dissolv...

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Problems solved by technology

[0003] In the prior art, in the storage and transportation of hydrogen-rich water, the hydrogen-rich water low-pressure container is mostly used, the hydrogen-rich water is placed in the liner, and the liner is placed in a sealed pressure-bearing barrel. There are certain requirements for the bearing pressure of the low-pressure container. If the bearing pressure of the low-pressure container is not enough, dangerous accidents such as bursting of the low-pressure container will easily occur. The Chinese utility patent is a hydrogen-rich water turnover bucket disclosed in CN201721015093.0. The sealed turnover barrel is convenient for the transportation of hydrogen-rich water, but the ball valve is directly connected to the nozzle interface of the cover. The sealing effect of the ball valve is not very good. During the transportation of the turnover barrel, it is easy to cause hydrogen-rich water to overflow, and the ball valve It directly highlights that the turnover barrel is not easy to transport, and it is easy to be bumped and damaged, and at the same time, when water is poured into the inlet and outlet pipes in the hydrogen-rich water low-pressure container, it is also easy to leak water and gas, which will affect the content of hydrogen-rich water

Hydrogen is a chemical element that ranks first in the periodic table of elements. It has strong penetrability and activity, so the use of aluminum foil can solve the problem of its penetrability, but it is also easy to React with aluminum foil. The Chinese utility patent is a hydrogen-rich water pressure container disclosed in CN201920557324.3. It uses a composite bag with PE antibacterial inner layer and aluminum foil outer layer, but PE is plastic, which can still react with hydrogen molecules. , the most important thing is that the current low-pressure container is only used to store hydrogen-rich water, its functions are very limited, and it cannot realize functions such as heating, disinfection, and first aid.

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