KR200348162Y1 - A functional bottle cap with dehumidifying agents, CO2 removal agents and harmful gas removal agents - Google Patents

Abstract

The present invention relates to a functional bottle cap which has a function to remove dry dehumidifier, carbon dioxide remover and harmful gas remover, and remove moisture, carbon dioxide and harmful gas in the bottle, and silica gel and activated carbon which are harmless dehumidifiers on the top of the bottle cap. Or by embedding a certain amount of dry (solid) dehumidifying agent, carbon dioxide remover and harmful gas remover to absorb moisture, carbon dioxide and harmful gas in the bottle to keep the contents in the bottle always dry and fresh to prevent the contents from decaying or changing. have. In addition, the bottle cap according to the present invention is designed so that the user can easily exchange the dry dehumidifier, carbon dioxide remover and harmful gas remover when necessary, so that the dry dehumidifier, carbon dioxide remover and harmful gas remover built in the bottle cap are dehumidifying ability, carbon dioxide and If the toxic gas removal ability is low, it can be replaced with a new dehumidifier at any time.

Description

A functional bottle cap with dehumidifying agents, CO2 removal agents and harmful gas removal agents

The present invention relates to a functional bottle cap containing a dry dehumidifying agent, a carbon dioxide remover, and a harmful gas remover and having a function of removing moisture, carbon dioxide, and harmful gas inside the bottle. In other words, a certain amount of dry dehumidifier, carbon dioxide remover, and harmful gas remover that are harmless to the human body is embedded on the top of the bottle cap to absorb moisture, carbon dioxide, and harmful gas present in the bottle and keep the contents in the bottle dry and fresh at all times. It is to prevent the contents from decaying or changing.

Conventionally, dehumidification was carried out by putting silica gel or activated carbon, which is harmless to the human body, directly into a bottle containing medicines or foods, but in this case, a process is performed by putting a certain amount of medicine into a bottle and then adding a dehumidifier into the bottle. Not only is it added, but no harmless dehumidifying agent is packaged in non-woven fabric, but it is contained in medicine or food, but it does not give fresh or clean feeling to users or viewers because it contains the non-woven fabric which is foreign substance in medicine or food itself. There was a problem that could not be easily replaced when the dehumidification capacity and their deterioration. In addition, there is no idea about the interior of the dry dehumidifier, carbon dioxide remover and harmful gas remover inside the bottle cap.

The technical problem to be achieved by the present invention is to recognize the problems of the prior art as described above, using a harmless human body dry desiccant on the top of the bottle cap, such as silica gel, activated carbon, zeolite and solid shaped calcium chloride, soda lime as carbon dioxide remover Or use slaked lime, and as a toxic gas remover or odor remover, use potassium permanganate inside the bottle cap to absorb moisture present in the bottle to keep the contents in the bottle always dry to prevent the contents from decaying or changing. It is always to provide fresh content (medicines, food, coffee, coffee cream, cosmetics, etc.). In addition, the bottle cap according to the present invention is designed so that the user can easily exchange the dry dehumidifier, carbon dioxide remover and harmful gas remover when necessary, the dehumidifier, carbon dioxide remover, harmful gas remover and odor remover built into the bottle cap are effective. If it is judged to be low, it is possible to replace it with a new dehumidifying agent at any time to increase the dehumidifying effect. In addition, users can not easily know whether the dehumidifier is embedded in the bottle, and because it is not embedded with the contents of the bottle (medicines, foods and cosmetics), there is a feature that eliminates the rejection reaction as it is embedded with the contents of the bottle.

1 is a structure of a functional cap according to the present invention

2 is a structure of the bottle and functional cap according to the present invention

Figure 3 is a functional cap closure structure of various forms according to the present invention

<Explanation of symbols for the main parts of the drawings>

1,12: bottle cap body,

4,5,10: Dry dehumidifier, carbon dioxide remover or harmful gas remover

6,11: a structure for containing a dry dehumidifier, a carbon dioxide remover or a harmful gas remover,

7: glass or plastic bottle

13, 5: tie back or nonwoven

The present invention relates to a functional bottle cap containing a drug (dry dehumidifier, carbon dioxide remover, toxic gas remover and odor remover) and having a function to remove moisture, carbon dioxide, harmful gas and odors from inside the bottle, and more specifically, Dry dehumidifiers such as silica gel, activated carbon, zeolite and solid shaped calcium chloride are used on the top of the bottle cap. By using a certain amount inside the bottle cap to absorb moisture, odor, carbon dioxide and harmful gas present in the bottle to keep the contents of the bottle always dry and fresh to prevent the contents from decaying or changing. For example, fine powdered coffee, granulated coffee, coffee cream, and a variety of dry foods, drugs, or cosmetics absorb moisture, carbon dioxide, and harmful gases in the summer rainy season or in humid places to blacken the coffee. As the color changes, it hardens, changing its taste, and in the case of coffee cream, it turns slightly yellow and hardens, making it almost impossible to use. In addition, the various foods or various drugs also absorb moisture or various kinds of gases during the storage or use process, the color changes or hardens or the contents themselves and tastes change. The present invention can keep the contents of the bottle in a fresh state for a long time by removing moisture in the bottle for storing or using drugs, food and cosmetics, and removing various gases present in the bottle. It is intended to be. Looking in detail with respect to the configuration according to the present invention, Figure 1 shows the structure of the bottle cap according to the present invention, Figures 1 and 12 of Figure 3 shows the body of the bottle cap, the body of the bottle cap (1 in Figure 1 In Figure 3, the lower part of 12) forms a female screw (Fig. 1) to guide the male cap and the bottle cap to be easily coupled to a glass (plastic) or other material container (bottle) or other non-thread It is also possible to form a combination of the structure consisting of forms. In the middle part (2 of FIG. 1) or 10 part of FIG. 3 of the main body 1, 12 of a cap (cap), a dry dehumidifier, a carbon dioxide remover, and a harmful gas remover (4 in FIG. 1, 10 in FIG. 3) are built-in. Dry (solid) dehumidifier, carbon dioxide remover and harmful gas remover (4 in Figure 1, 10 in Figure 3), etc. to secure the inside of the bottle cap consists of various configurations (2 and 6 of Figure 1, 11 of Figure 3) Or (d) and (e) of FIG. 3, it is designed in such a structure as to contain the medicine (dry dehumidifying agent, carbon dioxide remover and harmful gas remover). 4, 5, and 10 of FIG. 1 are dry (solid) dehumidifying agents, carbon dioxide removers, and harmful gas removers, and FIGS. 6 and 3 of FIG. 3 show the medicine on the top of the bottle cap and fix the medicine on the top of the bottle cap. The structure (6 of FIG. 1, 11 of FIG. 3, (d) and (e) of FIG. 3) can be formed into various structures, wherein the contents of the bottle, a dry (solid) dehumidifier, a carbon dioxide remover, and a harmful gas Ventilation is possible between the eliminators and freely configures the flow of air. The convex portion formed in the middle portion of the cap body is removed into the gap between which the convex portion formed in FIG. 1 is slightly convex, and slightly passes through the convexly formed structure in the middle portion of the cap body. Drying dehumidifier, carbon dioxide remover, and harmful gas remover may be completely fixed to the top of the bottle cap, and the dry dehumidifier, carbon dioxide remover, and harmful gas remover are fixed to the top of the bottle cap and screwed in the structure of the bottle cap as shown in FIG. It can also be fixed. In addition, as shown in Fig. 3 (d) (e) it can be configured to have a structure formed on the top of the bottle cap and to contain the drug. The dry dehumidifying agent is a silica gel, activated carbon, zeolite, and solid shaped calcium chloride, which easily absorb moisture in the air, into a nonwoven fabric or a container such as (d) and (d) and (e) of FIG. Put the silica powder into calcium chloride properly, and the material can be manufactured according to the size (diameter and thickness) of the cap by using a material prepared so that water does not flow no matter how much moisture is absorbed by the silica chloride. . The material of the structure for fixing the body of the bottle cap and the dry dehumidifying agent, carbon dioxide remover and harmful gas remover may be all glass, plastic or metal material, and any solid shape that can be sealed in combination with the bottle is sufficient. In addition, in connection with the structure formed on the bottle cap body in the structure for fixing the dry dehumidifying agent, carbon dioxide remover and harmful gas remover, such as the structure of Figure 6, or screw type (for example (a) to (c) of Figure 3) ), Variously designed structures such as round shaped structures and one side fixed to the inside of the bottle cap, and a somewhat convex structure formed at the same height on the fixed opposite side to put the medicine on the top of the bottle cap and push the structure for fixing the medicine. (Examples (d) and (e) of FIG. 3) may be applied. The structure for fixing the dry dehumidifying agent, carbon dioxide remover, odor remover, and harmful gas remover is freely configured to freely distribute air so as to smoothly remove moisture, odor, carbon dioxide, and harmful gas present in the bottle by adsorption or chemical decomposition. Design to be possible. When the dehumidifying agent, the carbon dioxide remover, and the harmful gas remover are made of small grains or powdered powder, the dry type is considered in consideration of the size of the bottle cap using a packaging material free of air circulation, such as a nonwoven fabric which is widely used as a mask material. The dehumidifying agent, carbon dioxide remover, and harmful gas remover may be packaged in a nonwoven fabric and then used inside the cap. Packaged using a tybek or nonwoven fabric to prevent the leakage and moisture of dust from flowing through the wall of the structure containing the dry dehumidifying agent, carbon dioxide remover or harmful gas remover (FIG. 3 (d) and (e)). After the plastic or solid structure can be fixed (13 of Figure 3) can be configured (corresponds to the case where the drug is very fine or the drug absorbs a lot of moisture). By embedding the dry dehumidifying agent, carbon dioxide remover and harmful gas remover on the top of the bottle cap, the size of the bottle cap may be somewhat larger or the structure thereof may be changed.

As described above, glass bottles, plastic containers, and containers sealed using bottle caps containing dry dehumidifying agents, carbon dioxide removers, odor removers, and harmful gas removers are stored in special chemical containers, bacterial culture containers, and chemicals. It can be used very effectively, such as a container, as mentioned above will be very useful in general foods, cosmetics and general medicines. The materials of the medicines embedded in the bottle caps may be appropriately embedded in the dry dehumidifying agent, the carbon dioxide remover and the harmful gas remover according to the contents to be stored in the bottle, and they may be contained within the range without chemical influence depending on the contents. It can be mixed and built properly.

(Example)

As an example of the bottle cap, a dry dehumidifying agent, silica gel, activated carbon, zeolite and solid shaped calcium chloride, which are harmless to the human body, are used on the upper end of the bottle cap according to the present invention. As a remover or odor remover, potassium permanganate is used in a bottle cap to remove moisture, odors, carbon dioxide, and harmful gas present in the bottle to keep the contents in the bottle dry and fresh at all times. To prevent this, the structure of the bottle cap to achieve this can be formed in the structure as shown in Figs. 1 and 3 (a) to (e), the bottle cap is fixed to the bottle or dry dehumidifying agent, carbon dioxide remover and harmful inside the bottle cap To secure a structure (6 in FIG. 1) or to It can be configured as a screw-shaped structure (Fig. 3 (a) to (c)) in fixing the structure (drying the dehumidifying agent, carbon dioxide scavenger and harmful gas remover) (Fig. 3 (a) to (e)) In addition, various types of structures (FIG. 1 or FIG. 3 (d) and (e)) capable of fixing the drug inside the cap may be possible. The material of the container for fixing or holding the bottle cap body, the dry dehumidifying agent, the carbon dioxide remover, and the harmful gas remover is composed of glass, plastic, and a metal material which is not easily changed. In addition, according to the contents (special chemicals, bacterial culture equipment, chemical storage containers, food, pharmaceuticals, etc.) to be stored in the bottle material of the medicine embedded in the top of the bottle cap, the dry desiccant, carbon dioxide remover and harmful gas remover, etc. It is possible to select and embed, and to mix them properly within the range without chemical influence depending on the contents. Potassium permanganate used as the noxious gas remover or odor removing agent may be formed / manufactured into a spherical, cylindrical and powder (powder) type as necessary.

The present invention removes moisture, carbon dioxide, odors and harmful gases in the bottle by incorporating a predetermined amount of dry dehumidifier, carbon dioxide remover, odor remover and harmful gas remover that are harmless to the human body on the top of the bottle cap. It is to keep the contents of the bottle always dry and fresh by preventing them from changing or changing. In addition, the bottle cap of the present invention is designed so that the user can easily exchange the dry (solid) dehumidifier, carbon dioxide remover, and harmful gas remover when necessary, so that the dry dehumidifier, carbon dioxide remover, and harmful gas remover built in the bottle cap have an effect. If it is judged to fall, it is possible to replace it with a new dehumidifying agent at any time to increase the dehumidifying effect.

Claims (7)

In the bottle cap (bottle cap) with a built-in dry dehumidifier, carbon dioxide remover, odor remover or harmful gas remover, The main body of the bottle cap forming the outline of the bottle cap, A structure (11) formed so as to be fixed by embedding a dry (solid) dehumidifying agent, a carbon dioxide remover, an odor remover or a harmful gas remover, etc. in the upper part of the body of the cap; Dry dehumidifier, carbon dioxide remover, odor remover or harmful gas remover (10) embedded in the formed structure to remove moisture, carbon dioxide, odor and harmful gas, etc., Functional bottle cap with a variety of functions, characterized in that the screw cap (3) formed in the lower portion of the cap cap body or the structure for fixing so that the bottle cap body and the bottle can be combined. The method according to claim 1, The structure containing the dry dehumidifying agent, carbon dioxide remover, odor remover or harmful gas remover (pharmaceutical), etc. may form a screw (11) inside the cap (cap) for easy exchange when the effect of the drug is reduced or Functional cap with a variety of functions characterized in that consisting of a configuration capable of fixing the drug. The method according to claim 1, The structure containing the dry dehumidifying agent, carbon dioxide remover, odor remover or harmful gas remover (Fig. 3 (d), (e)) is attached to the top of the bottle cap (cap) to open and close the lid can exchange the drug Functional cap with a variety of features characterized in that the configuration. The method according to any one of claims 1 to 3, The dry dehumidifier, carbon dioxide remover, odor remover, or harmful gas remover are packaged using a tie bag or a non-woven fabric free of air flow to leak dust and moisture through the walls of the structure ((d) and (e) of FIG. 3). A functional cap with a variety of functions, characterized in that it is prevented from flowing down and at the same time fixed to the inside of the cap with a plastic or solid structure. The method according to claim 4, The dry desiccant is a functional cap with a variety of functions, characterized in that consisting of activated carbon, silica gel, zeolite or solid shaped calcium chloride. The method according to claim 5, The carbon dioxide remover is a functional cap with a variety of functions, characterized in that consisting of soda lime or slaked circuit. The method according to claim 6, The odor removing agent or toxic gas removing agent is a functional cap with a variety of functions, characterized in that consisting of potassium permanganate, spherical, cylindrical or powder (powder) form.