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Container bottle for preparing hydrogen-rich fluid cosmetics

A technology for cosmetics and fluids, which is applied in the field of cosmetic bottles and fluid cosmetic bottles. It can solve the problems of the difficulty in preparing hydrogen-rich cosmetics, the inability to produce high-hydrogen-rich cosmetics in real time and for a long time, and achieve the effect of ensuring the amount of hydrogen-rich

Inactive Publication Date: 2015-11-25
李志林
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0009] In order to solve the problem in the prior art that it is difficult to prepare hydrogen-rich cosmetics and cannot prepare high-hydrogen-rich cosmetics in a real-time and long-term manner, the present invention provides a diaphragm-type electrolytic bottle for fluid cosmetics with a simple structure and is easy to carry around. Put it into the electrolytic bottle, the membrane-type fluid cosmetic electrolytic bottle can be electrolyzed for a few minutes to prepare hydrogen-rich cosmetics, and because of the special design of the present invention, only the negative electrode reduction effect is produced on the fluid cosmetics, thereby avoiding the toxic and side effects of anodic oxidation , making the prepared hydrogen-rich cosmetics harmless

Method used

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  • Container bottle for preparing hydrogen-rich fluid cosmetics
  • Container bottle for preparing hydrogen-rich fluid cosmetics
  • Container bottle for preparing hydrogen-rich fluid cosmetics

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0032] like figure 1 As shown, a container bottle for preparing hydrogen-rich fluid cosmetics includes a bottle body 01 for containing a cosmetic liquid. The bottle body 01 includes an upper bottle body 012 and a lower bottle body 013. The bottle body 013 is screwed to the upper bottle body 012, the electrolysis cathode plate 021, the electrolysis anode plate 023, the diaphragm 022, the separator plate 0131 and the electrolysis power supply 03 are installed in the lower bottle body 013, the electrolysis cathode plate 021, the electrolysis anode plate 023, and the diaphragm 022 The hollow tray 024 is installed above the partition 0131, the electrolysis power supply 03 is installed under the partition 0131, the electrolysis cathode plate 021 is connected with the button self-locking switch and the negative pole of the electrolysis power supply 03, and the electrolysis anode plate 023 passes through the partition through the power line It is connected to the positive pole of the ...

Embodiment 2

[0036] like figure 2 As shown, a container bottle for preparing hydrogen-rich fluid cosmetics, the container bottle is a vacuum container bottle, including a bottle body 01 for holding a cosmetic liquid, the bottle body 01 includes an upper bottle body 012 and a lower bottle body 013, the lower bottle body There is a partition 0131 inside 013, and the lower bottle body 013 is snap-connected with the upper bottle body 012. The electrolytic cathode plate 021, electrolytic anode plate 023, and diaphragm 022 are slidably set in the upper bottle body 012 by means of the hollow tray 024. As the cosmetics continue to When it is used, the amount of cosmetics in the bottle decreases, so that a negative pressure is formed in the bottle body 01, so that the hollow tray 024 slides towards the bottle mouth, the separator 0131 and the electrolysis power supply 03 are installed in the lower bottle body 013, and the electrolysis power supply 03 is installed in the lower bottle body 013. Belo...

Embodiment 3

[0040] like image 3 As shown, a container bottle for preparing hydrogen-rich fluid cosmetics includes a bottle body 01 for containing a cosmetic liquid with a stopper 011, a partition 0131 is arranged in the inner cavity of the stopper 011, and a sealed top is formed by the partition 0131. The chamber 0111 and the opening lower chamber 0112, the electrolysis cathode plate 021, the electrolysis anode plate 023, and the diaphragm 022 are fixed in the opening lower chamber 0112, the electrolysis power supply 03 is installed above the separator 0131, and the electrolysis cathode plate 021 and the button are self-locking The switch is connected to the negative pole of the electrolysis power supply 03, and the electrolysis anode plate 023 is connected to the positive pole of the electrolysis power supply 03 through the partition plate through the power line, and an exhaust port 0132 is opened on the side wall of the bottle cap 011 of the electrolysis anode plate 023 and the partitio...

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Abstract

A container bottle for preparing hydrogen-rich fluid cosmetics comprises a bottle body for containing cosmetic liquid. A partition plate is arranged in an inner cavity of the bottle body, and an upper chamber and a lower chamber are formed through the partition plate and used for storing fluid cosmetics. An electrolysis power source is arranged in the lower chamber. An electrolysis anode plate and an electrolysis cathode plate are arranged in the upper chamber and connected with the anode and the cathode of the electrolysis power source through power lines with switches respectively. The electrolysis cathode plate is arranged above the electrolysis anode plate, and an oxygen discharging port is formed in the part, between the electrolysis anode plate and the partition plate, of the side wall of the bottle body. The container bottle is simple in structure and can carry out real-time electrolysis on the fluid cosmetics so that the hydrogen-rich cosmetics can be generated by the fluid cosmetics, and toxic and side effects can be avoided.

Description

technical field [0001] The invention belongs to the technical field of cosmetic bottles, relates to the field of fluid cosmetic bottles, in particular to a container bottle for preparing hydrogen-rich fluid cosmetics. Background technique [0002] The aging of the human body is a very complicated process. There are various theories to study the causes of aging, such as "genetic theory", "immunity theory" and "free radical theory", among which the "free radical theory" has become more and more popular in recent years. received people's attention. In the past, people always believed that oxygen is beneficial and harmless to the human body, but since Fridovich et al. found that SOD has the biological effect of scavenging superoxide free radicals, they put forward the theory of oxygen toxicity of superoxide free radicals. [0003] Fridovich et al. believed that the biological free radicals related to life aging are mainly some oxygen-containing free radicals and certain metabol...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C25B1/02
Inventor 李志林彭振业
Owner 李志林
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