KR200398950Y1 - the bottle lid Where the reed root is had built-in. - Google Patents

Abstract

Bottle cap with reed root

The present invention relates to reed roots or silver attached to the inside of the bottle cap to stabilize the contents, remove heavy metals and sterilization, and is intended to preserve the liquid contents in the bottle.

The purpose of the present invention is to use the function of the reed root which continuously adsorbs and removes harmful components such as heavy metals that may be contained in the liquid contents of the bottle, and can sterilize 650 kinds of bacteria within a few minutes without any light. Complementing the disadvantages of the reed root which cannot perform sterilization function by using silver (nano silver) which has broad and fast sterilizing power, which increases the detoxification function by combining the reed root and silver to preserve the liquid contents in the bottle It is.

The present invention for achieving the above object is a bottle lid for use in hermetic packaging, the reed root is configured separately, the sterilization rod is attached to one side of the reed root, the water and air permeable microporous membrane Reed root is a bottle cap, characterized in that the reed root is injected and attached to the made barrel (40)

Description

The bottle lid Where the reed root is had built-in.}

The present invention relates to stabilizing the contents and removing impurities by adding a heavy metal adsorption function of the reed root and the function of silver to sterilize inside the bottle cap, and is intended to prevent the deterioration of the liquid contents in the bottle, and to preserve it.

In general, bottle packaging contents are susceptible to oxidation or light deterioration. Usually, they are attached to bottle caps by using a preservative, vacuum sealing, or by molding charcoal or activated charcoal with adsorption of harmful ingredients. There is a method of using the present invention, but this requires an instantaneous high temperature heat treatment, and requires an expensive purchase cost and a molding process.

This paper uses the functions of reed root and silver at the same time to remove harmful substances.

Conventionally, charcoal or activated charcoal using a silica gel, an oxygen absorbent, or the like, or a molded product is attached to a bottle. Silica gel, oxygen absorber, etc. are used for dry contents, so they are not applicable to liquid contents because they use seala gel and oxygen absorbent bags, so their structure in the past was desiccant and oxygen absorbent in air permeable bags. Was injected into the net-shaped space inside the bottle cap, and the method of attaching the formed charcoal or activated carbon to the bottle cap was necessary to prevent the problem of charcoal falling on the floor. The method of attaching a photocatalyst coated rod into a bottle cap also has a problem in that the photocatalyst must be coated after the rod is molded.

In the case of charcoal, activated carbon or photocatalyst rods, the purpose can be achieved when using salt water, tap water, etc., which is completely free of salt. However, when using photocatalytic rods for salt, soy sauce, salted fish, and salt water, The effect was not expected at all by forming, and there was a problem that the effect was remarkably decreased even when using the formed charcoal or activated carbon rod.

The present invention was devised to fundamentally solve such a problem,

It uses a reed root that continuously adsorbs and removes harmful components such as heavy metals that may be contained in the liquid contents of the bottle, and it is a broad, fast and continuous method that can sterilize over 650 species of bacteria within minutes without any light. Complementing the disadvantages of reed root which cannot perform sterilization function by using silver (nano silver) with sterilization power, and increasing the detoxification function by the combination action of reed root and silver to preserve the liquid contents in the bottle.

Hereinafter, with reference to the accompanying drawings, the bottle cap is built reed root of the present invention as follows.

Figure 1 is a side view of the reed root attached to the inside of the bottle cap, Figure 2 is a side view of a silver sterilization rod attached to one side of the separately configured reed roots, Figure 3 is a barrel made of microporous membrane Reed roots are injected and attached to the side view.

As shown in the figure as a bottle cap 10 for use when sealed packaging, the reed roots are separately configured 20, the sterilization rod 30 made of silver (nano silver) on one side of the reed root Reed roots are injected into and attached to the barrel 40 made of a microporous membrane that is permeable to water and air. Here, a method of embedding the reed roots separately formed in the bottle cap is performed by collecting reeds to the bottle cap. Make a fitting frame (11) with a slightly higher height inside the bottle cap or make a hole in the bottle lid so that the reed root can be built into the bottle cap, leaving only a part of the upper layer to be attached but almost the root part remaining. The root is inserted and attached. Here, the method of attaching the sterilization rod to one side of the reed root, which is separately configured, is used to directly contact the contents for the purpose of sterilization on one side of the reed root. In order to bundle the silver, apply silver, or a silver sterilization rod 30 made of a ring is inserted and attached. Here, the reed root is injected into the barrel and attached to the bottle cap. After cutting and tying the reed roots, which are composed separately, almost the root part remains, open the lid of the microporous membrane barrel 40 which is permeable to water and air, put the lid inside, close the lid, and then attach the microporous membrane barrel to the bottle cap. To make it possible, make another small space with a little height inside the bottle cap or insert a hole in the bottle cap.

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Referring to the action of the bottle cap with the reed root of the present invention configured as described above are as follows.

Reed roots that are in direct contact with the liquid contents in the bottle are the cause of sublimation, which is difficult to treat in general sewage treatment plants, and can be removed by adsorbing nitrogen or phosphorus, which can only be treated in advanced sewage treatment plants. Even without (nanoeun) light, 650 species of bacteria continue to sterilize within minutes.

The effect of reed root and silver has little difference from the effects of expensive charcoal, activated carbon, and photocatalyst. Reed root can be used with silver of sterilization function to increase detoxification function while using it with silver of sterilization function. .

Here, reed roots are cut reeds that cut off the upper part of the reed tree, but leave only a small portion to be attached to the bottle cap, and it means wounded reeds with only the roots remaining.

It is more effective to attach the reed root to the inside of the bottle cap, that is, the upper part or the space part (vacuum packing) that is in contact with air, and to attach the reed root to the bottle or the container with the liquid contents. Even when the reed root is attached, it is more preferable to attach it to one side of the reed root which is in direct contact with the liquid contents.

In the packaging of bottles, it is possible to increase the hygiene and reduce or eliminate the use of preservatives, especially salt-containing products such as soy sauce, salted fish and soy sauce containing salt, and to avoid the use of molded charcoal, activated carbon or photocatalyst. The liquid contents of the stomach can be safely extended.

Silver (nanosilver) has a wide range of fast and continuous sterilization ability to sterilize more than 650 kinds of bacteria in a few minutes even in the absence of light, and it can compensate for the disadvantage of reed root that cannot perform the above sterilization function. There is also an advantage.

As with the use of molded charcoal or activated carbon or photocatalyst, it is possible to reduce the cost of purchasing expensive charcoal or activated carbon or photocatalyst, and there is no need for the purchase of equipment for separate molding, maintenance cost, and mold production cost because no molding process is required.

And there is an advantage to recycle the neglected natural materials.

The present invention can extend the shelf life very economically without reducing the use of harmful preservatives, improving the preservation without using or using expensive molded charcoal, activated carbon or photocatalyst,

Reeds can survive in fresh water as well as in the base of sea water, and are a strong plant that never dies by cutting off the upper part and using only roots.

As reeds absorb the nutrients and water necessary for their survival, heavy metals such as nitrogen and phosphorus in water are also absorbed, and the heavy metals such as nitrogen and phosphorus absorbed in this way are used as nutrients for reed living. In particular, everyone knows that reeds have the ability to absorb more heavy metals in water than other plants.

Figure 1 is a side view of the reed roots attached to the inside of the bottle cap, Figure 2 is a side view attached to the sterilization rod made of silver (nano silver) on one side of the separately configured reed roots, Figure 3 is a barrel made of a microporous membrane Reed roots are injected and attached to the side view.

Explanation of symbols on main parts of drawing

10: bottle cap 11: fitting frame 20: reed root 30: sterilization rod 40: microporous membrane barrel injected reed root

Claims (3)

As a bottle cap (10) for use when sealing the packaging, the bottle cap with a reed root is separately configured (20) (Fig. 1) According to claim 1, wherein the bottle cap with a reed root, characterized in that the sterilization rod attached to one side of the separately configured reed root (30) (Fig. 2) The bottle cap with the reed root is embedded, characterized in that the reed root is injected and attached to the barrel (40) made of a microporous membrane through which water and air can pass (Fig. 3).