KR200482172Y1 - a fender package - Google Patents

Abstract

The present invention relates to a protection package for protecting the respiratory apparatus against chemical pollution, fire, and dust, and more particularly, to protect the individual's respiratory system by replacing the respirator, Liquid tissues, dry tissues, and the like, and these items, which are also essential items for decontaminating contaminated skin, are made to be easily portable.

Description

{A fender package}

The present invention relates to a protection package for protecting the respiratory apparatus against chemical pollution, fire, and dust, and more particularly, to protect the individual's respiratory system by replacing the respirator, Liquid tissues, dry tissues, and the like, and also makes it easy to carry such items as a necessity for decontaminating contaminated skin and personal equipment.

The gas mask for respiratory protection has to be different for various types of gas among war gases, general disasters and general disasters, and there are various choices of filter materials and materials depending on the application of fire.

In addition, the contamination situation of the CBR must be neutralized, washed and removed from the contact with the skin or household goods in a liquid state.

However, in order to cope with such risks, it is very limited in reality that not only ordinary individuals but also specialists have adequate amounts of respiratory protection measures and peripheral detoxification measures against all kinds of risks.

Nevertheless, there is insufficient awareness that respiratory protection against chemical and biological gases, etc., can significantly improve survival due to paper, towel, water towel, etc., besides respiratory protective clothing. In addition, biological contamination such as chemical substances and viruses, When it is contaminated, there is no reliable means such as shaking, washing, disinfection, and alternative materials.

In the case of actual chemical pollution accidents, the number of deaths occurring is only a few, such as the origin of the ground or the operator. Considering this, rapid evacuation is more important than complete protection using a gas mask or the like. Substantially important, it is necessary to have a means of dealing with it later.

In September of 2012, it is very unusual that the concentration of pollution above the level in the actual situation is wide until the killing, even though the leakage from Gumi Foshan is not small, but the number of workers is only five. In the rear area, The concept of protection for the general public must be as quick as possible to evacuate and to be as simple and inexpensive as to be able to reduce damage in the evacuation process will be.

If the degree of protection is set to such a level, the technical requirements for providing the protection equipment of the proper level will be generated. Meanwhile, since the respiratory protection level of towels, toilet paper or soaked articles is known to be considerable level, It is desirable to utilize the materials of the present invention in contrast to the dissemination.

From this point of view, the current state of general public is not equipped with alternative protection means such as gas mask or admiral, and has no substitute means, which is not easy to prepare against danger, lack of concept development, It is thought that it is due to lack of development in terms of technology, and accordingly, there is no proper action alternative for survival. Therefore, it relies on gas masks and military admirals only.

On the other hand, according to the result of experiment on the possibility of respiratory protection with several materials on the assumption of fire, 1,000 ppm of HCl gas which occurs when carpet or PVC burns and can cause fatal damage to the human body, Minute, the dry towel blocked the HCl gas until 3 minutes and 50 seconds and increased to 700 ppm over time. Newspapers blocked until 4 minutes and 50 seconds - up to 750 ppm, and 16 sheets of tissue were blocked until 6 minutes - up to 600 ppm, and the towel was blocked until the end of 10 minutes.

Experimental results show that when these materials are used to block the respiratory tract, it is possible to obtain a certain amount of time to deviate from the area of killing contaminants or significant damage to the human body if an escape route is secured.

The experimental results may differ depending on the material type, thickness, and density of each test material, but the degree to which the air suction resistance can be maintained rather than the thickness of the paper, and the paper material rather than the loose cloth It can be seen that the thicker the protective efficiency is, the higher the protection efficiency is.

In addition to HCl, toxic CBR materials and perimeter toxic substances for war may be adversely affected by terrorism, safety accidents and natural disasters, and measures for effective respiratory protection should be considered besides gas mask and military admiral. In addition to HCl, there may be different results depending on the molecular weight and the like, but the above experimental results are useful.

In reality, gas masks for the general public and skin and other means of detoxification are held by subways and government offices, but their reserves are only a small fraction of the total number of protected persons.

On the other hand, an inexpensive conventional commercial mask is limited in its protective ability, and the mask available for yellow sand or virus is also different depending on the type thereof, but is expensive, is also limited to being used repeatedly or for a long time, Leakage rate can be as high as 25%, it should not be wet, moisture released during breathing may limit the performance of the mask, it can not be washed, it can damage the special filter if mask is deformed or deformed. , The electrostatic filter may not be easily maintained for a long time depending on the product, is limited to be used for chemical or fire accidents, may not be resistant to oil components, can not be stored for a long period of time, There are various limitations such as limited use.

In this respect, it can be used universally for respiratory protection and skin decontamination of CBR and pollutants, and it is easy to use repeatedly, easy to use, less leakage rate, There is a need for alternatives that can be used immediately and can be used as a means of admiral.

The following prior art techniques have been developed to enable the admission of respiratory and skin care, the use of complementary combination of wet and dry tissue, and the ability to swiftly and conveniently replace the tissues, And the composition of goods is also different.

Korea Patent Office Application No. 20-2009-0011752 (09/08/2009) Wet tissue packing pack with mask contains mask and wipes, but spread of disease through respiratory system which may occur in contact with air or people And a wet tissue that can be kept clean during the contamination of the hands and the body. However, there is absolutely nothing about the use of wet tissue for respiratory protection purposes, and there is absolutely nothing about complementary use such as dry tissue, and there is no content about the use of wet tissues and dry tissue to decontaminate the skin. Korean Patent Office Application No. 20-2003-0006349 (Mar. 04, 2003) The emergency safety mask is improved in the filtration efficiency of the mask by using a mask having an opening at one side and a diving material capable of being inserted into the mask. However, it is limited to a mask that uses a functional material. If a soft material is used when putting a functional material into the mask, it is limited to be put in the mask. In addition, there is no information about the skin, including dry tissue, and so on. Korean Patent Office Application No. 20-2001-0028479 (September 15, 2001) A portable toilet case with a wet tissue and a dry tissue paper can also be used to store wet tissues, dry tissue, and further sanitary napkins. However, there is no description about the use of the wet tissue for respiratory protection purpose, and there is no content about the complementary use such as the dry tissue, and it is general household goods having no contents about using the mask at all. Korea Patent Office Application No. 20-2001-0008475 (Mar. 27, 2001) Toilet paper for traveling, it is convenient to make wet tissues and dry tissues as a wallet type, and to maintain airtightness by repeated use of adhesive stickers in the wet tissue storing grooves . However, it is a general household item that does not contain any information about using with a mask, protecting a respirator, or using a wet tissue with a dry tissue.

In order to solve the above problems, the present invention is an effective use of a filter material such as a mask, a wet tissue, and a dry tissue as a disinfectant material that replaces a respiratory mask protecting the respiratory tract. These items include an admiral tissue, And personal equipments, which are necessary to use them easily.

The package includes a wet tissue storage portion, a dry tissue storage portion 23 and a mask storage portion 24 and is configured to store the wet tissue of the wet tissue storage portion or the dry tissue storage portion 231 and the mask 241 of the mask receiving portion 24 so that the contaminated material can be administrated with one or more of the dry tissue 231 and the wet tissue Fire and dust protection package.

The CBR, fire and dust protection package further includes an admittance tissue compartment for detoxifying contaminants.

The above-mentioned NBC, fire, and dustproof packaging materials are formed by stacking a rectangular synthetic resin sheet in the longitudinal direction and vertically stacking them so as to form a plurality of receiving portions 101 therein. In the boundary portion of the receiving portions 101, And a folded portion 12 which can be in any one or more of the formulas.

The CBR, fire and dust protection package is made of box or pouch 200.

And the activated carbon filter compartment 25 in the NBC, fire, and dustproof package.

The washing and drying machine according to the present invention may further include a plurality of cleaning liquid storage units (20, 21) in the NBC, fire, and dustproof packaging.

The storage unit 101 is provided with a side face outlet opening 33 at one side.

The activated carbon filter 300 accommodated in the activated carbon filter housing part 25 includes a valve recombination located on one side of the activated carbon fire fighting layer 320 and located inside the activated carbon fire fighting layer, And the other side of the valve is connected to the activated carbon fire retardant layer 320 so as to be adhered to each other so as to be adhered to each other, When negative pressure is formed on the inner side, the outside air sucked into the valve element pieces through the activated carbon fire retardant layer 320 reaches the inner side. When positive pressure is formed on the inner side, the valve element pieces adhere to each other, And an activated carbon filter (300).

The activated carbon filter 300 accommodated in the activated carbon filter housing part 25 includes a valve recombination located on one side of the activated carbon fire fighting layer 320 and located inside the activated carbon fire fighting layer, A plurality of through holes are formed in a folded inner side which is folded in a zigzag manner from the right to the left in a staggered manner so as to overlap with each other, and a folded upper face is located on the inner side, and a part or the whole of the valve- When the negative pressure is formed inside the activated carbon fire-fighting layer 320, the outside air sucked into the through holes through the activated carbon fire-fighting layer 320 comes to the inside, and positive pressure is formed inside And an activated carbon filter (300) in which the valve members adhere to each other to block air flow.

The activated carbon filter 300 housed in the activated carbon filter housing part 25 includes a valve recombination located on one side of the activated carbon fire fighting layer 320 and located inside the activated carbon fire fighting layer, And a plurality of through holes are formed at positions that do not overlap with each other and an activated carbon fire retardant layer fixing table is provided at a place where the valve members touching the activated carbon fire fighting layer are brought into contact with each other so that the area of the valve members is adhered to each other, When negative pressure is formed on the inside of the activated carbon fire retardant layer 320, the outside air sucked into the through holes reaches the inside, and when the positive pressure is formed inside the activated carbon fire retardant layer 320, And a filter (300).

The CBR, fire and dust protection package includes a valve stock assembly to which a portion of the valve material overlaps.

The activated carbon filter 300 includes a valve guard.

The activated carbon filter 300 includes an exhaust valve.

The active carbon filter 300 may be formed of a soft metal material at a part or the whole of its rim.

The adnex tissue of the admiralty tissue storage part is made of a liquid impermeable material on one side.

The wet tissue storage portion and the admittance tissue storage portion are replaced by at least one of the individual wet tissue storage portion and the single-piece admission tissue storage portion.

The above-mentioned CBR, fire and dustproof packaging material package is formed by covering the whole or a part of the receivers or extending from the longitudinally joined portions of the left and right ends to be used as a string.

The wet tissue storage portion and the dry tissue storage portion 23 are replaced by the wet tissue 1 storage portion and the wet tissue 2 storage portion and the moisture content is different between the wet tissue 1 storage portion and the wet tissue 2 storage portion.

The mask 241 is further provided with a layer made of a mesh material on the side of the face to be worn.

The mask 241 has a space formed therein by coupling the inside and outside of the mask so that at least one of the wet tissue or the dry tissue can be inserted.

The storage portion is provided with a resealing means.

Fig. 1 is a side view of a shield material package 100. Fig. A bonding portion 13 and a receiving portion 101 to which a laminated inner film and an outer film are adhered are formed by bonding the inner sheet 10 and the outer sheet 11 on the inner side of the synthetic resin sheet folded and the outer sheet 11 on the outer side, And a plurality of receiving portions are formed by folding portions 12 folded between the receiving portions.

The storage portion 101 includes a cleaning liquid containing portion 20, a cleaning liquid containing portion 21, a liquid tissue containing portion 22, a dry tissue containing portion 23, a mask containing portion 24, (25).

A draw-out opening portion 31 for taking out the liquid tissue and a sealing sealing film 32 for opening or sealing the opening portion 31 are formed at the center of the liquid tissue storage portion 22 and are dried with the side outflow opening 33 of the dry tissue storage portion 23 So that the tissue 23-1 can be inserted and removed.

2 is a pouch 200 having an opening and closing zipper 201. The pouch 200 may include a receiving portion formed of a plurality of pouches therein and may be modified or applied to the shape and similar functions of the pouch and the opening and closing zipper have.

Fig. 3 shows a valve member fixed to the activated carbon filter 300. Fig.

The activated carbon layer 322 is formed by coating activated carbon on the support layer 321 such as a cloth or a mesh and an activated carbon fire retardant layer 320 composed of a support layer and an activated carbon layer is formed, 310) are piled up and a portion of the activated carbon fire fighting layer is tied up to form an activated carbon fire fighting trough 313-1 and the other side can be heard so that it can be heard when the air is inhaled, And a line-shaped valve protector line 332 in the same direction as the valve plunger covers the valve in order to protect the valve while operating it within a certain space.

Fig. 4 integral valve 311 is a modified version of Fig. 3 valve.

The valve members such as the thin synthetic resin are connected to each other in a staggered manner so as to overlap with each other in a zigzag manner and the through holes 312 are formed in the overlapped lower surface to allow air to pass therethrough and a part of the undersurface of the bottom surface is adhered to the activated carbon fire- And a fire fighting layer fixing table 313 are provided. Valve stock ends can be applied as in FIG.

45 Fig. 5 is a state in which the integral valve 311 shown in Fig. 4 is opened.

And a through hole 312 is formed on the side of the overlapped portion of the valves which is folded in a row to contact the activated carbon fire-fighting layer.

The valve seat 317-2 is an example in which an adhesive band is formed and adhered to one or more of the left and right V-shaped portions at positions where valves on the upper surface of the valve overlap, ) Is an example in which an adhesive band is formed and adhered to at least one of left and right sides of a V-shape at the valve overlapping position on the valve bottom surface. And the folded valve is adhered to the bottom surface of the bottom plate 317. The bottom surface of the bottom plate 317-4 of the valve member forms an adhesion point at various places below the overlapping portion of the bottom surface of the valve, And many forms A number of valve stock tips are illustrated in one example, which can be formed at a number of locations to prevent excessive swelling of the valves or overturning of the valves without the valve guard 330 upon bonding.

6 is a single liquid tissue storage unit 221 in which a rolled liquid tissue 222 is packed into a blister packed liquid tissue insertion hole 223 and another type of liquid tissue storage unit The dried liquid tissue is taken out one by one for use, and it can be used by putting it in the storage part.

Fig. 7 shows a two-sided valve 311-1. Fig. 7 shows a two-sided valve 311-1 in which the first valve body 310-3 and the second valve body 310-4 are arranged horizontally One valve stock < RTI ID = 0.0 > 317 < / RTI > And the activated carbon fire retardant layer fixing table 313-2 can be adhered to the activated carbon layer or other filter material on the outer surface of the valve member two surface 310-4.

The air having passed through the activated carbon layer or the filter medium is sucked, and the air is sucked into the valve material through-hole 312-2 through the valve material two-side through hole 312-1.

When the air is sucked in, as in the other valves of the present invention, the valve material two-sided surface (310-4) is not heard much from the filter material due to the activated carbon fire resisting layer holder (313-2) A large amount of air is passed through the through hole of the valve member and the through hole of the valve member. On the other hand, in order to let the air flow out from the valve member 1 (310-3) of the two-sided valve 311-1, the valve member first surface 310-3 and the valve member second surface 310-4 come into contact with each other, This limits the flow.

As shown in the figure, the two holes of the valve material and the through hole of the valve material should not overlap with each other, so that the air passing through the valve material can not pass through the valve and can not function as a valve. The shape of the tube can be variously shaped like a rectangle or a circle, and it can be cut into various shapes such as +, -, T, and T. Since the air passes through the incision, it is called a through hole, And it is also possible to form it to be long. In this way, not only the hole but also the configuration and operation concept of each valve can be applied together.

If the area of the activated carbon fire-fighting stratum 313-2 is enlarged, it is possible to reduce flooding of the valve seat 310-4 during intake of air, but there is a restriction that the portion that can not exhibit the function of the filter material is widened It may be suitably determined depending on the intended use and the material, and it may be formed in many places in a small shape.

This concept applies equally to the other valves of the present application.

The most effective private procedure for reducing the spread of contaminants to the surrounding skin during skin cleans is to first remove contaminants from the skin with a dry tissue, then with an adnexial tissue, then with a wet tissue, If necessary, wipe it off with a dry tissue. As the present invention, it is possible to provide an inexpensive, repeatedly usable, convenient, low leakage rate, flexible and adaptable site for the respiratory protection and skin decontamination of CBR and contaminants It is also possible to provide alternative materials that can be used as a means of decontamination of skin or equipment materials.

This is an alternative to the gas mask which is very limited in immediate use when it is dangerous in the living environment. It can be used conveniently when the masks, wet tissues, dried tissues, etc. are used separately or complementarily. , It is possible to protect the respirator easily and at low cost without using a specific respiratory filter medium or method such as a gas mask, a gas mask for chemical accident, and a gas mask for fire.

In addition, Wet Tissue, Admiral Tissue, Dry Tissue, as well as respiratory, skin, personal equipment, household goods, etc. can be administrated, while managing the individual convenience and low cost is used.

If the wet tissue is attached only to the face, the filtration efficiency may not be high, or if the water is large, the air suction resistance may become large. Therefore, in the present invention, a dry tissue is layered on the wet tissue, And the thickness of the filter is increased to improve the filtration efficiency.

Although the efficiency of air filtration is increased by thickening the mask and the wet tissue and dried tissue, etc., the oxygen inflow amount may be reduced. However, in an urgent situation in which life is to be conserved due to short-term use, The effect of filtration can be enhanced. That is, as the present invention, the user can select a rough level of filtration level, respiratory resistance, oxygen permeability, and the like.

When a wet tissue is applied to the inside of the mask, the filtration area can be increased by inserting the wet tissue into an area larger than the area of the mask, compared to a case in which a bag is formed in the mask and a filter is inserted. This is not limited to a narrow mask, but it is also possible to form the filtration area at about 1.3 times or more of the mask, and by setting the filtration area to the required area, it is possible to flexibly use not only the adult but also the child regardless of the size of the face portion .

In addition, when a pocket is formed in the mask and the filter medium is inserted, the filter medium is aggregated in the process of putting the wet tissue, the filtration area is narrowed, the mask is thickened and the adherence to the face is lowered, There is a possibility that the possibility that the air is sucked up may occur. As a result, the present invention can reduce this phenomenon and increase the efficiency of respiratory protection. That is, a wet tissue, a dry tissue, or a tissue that overlaps these wet tissues can be closely adhered to the curvature of the face portion, so that the leakage rate can be reduced.

The amount of overlapping of the dry tissue with the wet tissue or the amount of wetting of the wet tissue with the water contained in the cleaning liquid can be selected by the user.

The tissue, which overlaps the dry tissue on the wet tissue, can be closely adhered to the curvature of the face to reduce the possibility of the contaminated air being sucked, and the inconvenience of wrapping it with the mask can be reduced.

It is possible to reduce the phenomenon that the wetting of the wet tissue is directly contacted to the mask by binding the mesh material to the face portion where the mask is worn to reduce the phenomenon of wetting and to reduce the damage to the wetting mask, It is advantageous to repeatedly use the wet tissue without using the wet tissue, and the contact of the contaminated materials filtered on the mask and the wet tissue can be reduced. When bonding the mesh material to the mask by sewing or the like, it is possible to apply common techniques such as bonding, taping, covering, and reinforcing agent so as to prevent the water of the wet tissue from moving to the mask. .

It is possible to protect the respiratory system by using at least one of dried tissue or wet tissue. If the mask is attached to the top of the mask, the protective force can be increased while supporting dry tissues or wet tissues without using hands, and at least one of dry tissues or wet tissues In case of urgent padding, it can be used to prevent dry tissue or wet tissue from falling off by hand. Even if the dry tissue is applied to the inside of the mask except for the wet tissue, the function of the air filtration is exhibited even if the wet tissue is not as good as the wet tissue. The preferred state of the present invention is to protect the respirator by at least one of a wet tissue and a dry tissue Accordingly, it is possible to protect the respiratory apparatus with a wet tissue or a dry tissue, and to efficiently remove and decontaminate the contaminated materials such as dust, oil, and oil, which are adhered to the skin, personal equipment, It is possible.

Although a respirator can be protected by a wet tissue without using a mask, a mask can be used to support a wet tissue on the face portion. Therefore, even if an inexpensive low cost mask is replaced or a mask is repeatedly used, Therefore, it is economical and convenient not to pay the mask for special use at a high cost, and it is possible to use it flexibly according to the field situation.

It is possible to quickly and conveniently replace the wet tissue when it is necessary to protect the respirator for an extended period of time.

It is a package of anti-corrosive material which is able to keep the aesthetic feeling by putting the filter material such as the wet tissue in the place where the space is formed in the inside by the combination of the inside and outside of the mask and to reduce the direct contact of moisture to the skin.

A person wearing a mask would be able to distribute liquid tissue and dry tissue to the people around him.

One side of the Admiral Tissue on both sides is made of a liquid impermeable material, which reduces the spread of contaminants to the adversary hand. The liquid impermeability can be achieved only when the material on one side is not moved to the other side within about 10 minutes.

The wet tissue is divided into a wet tissue having a low moisture content and a wet tissue having a high moisture content, so that the wet tissue can be easily used for respiratory protection and skin cleansing.

When a cleaning liquid is administered to a dry tissue, it can be a wet tissue or ad libitum tissue, and the eyes can be cleaned.

Liquid tissues packaged individually in the individual liquid tissue compartment or in the cleansing liquid compartment prevent contamination of the other uncontaminated tissues when the tissues are taken out of the contaminated hand.

Valve recombination of the activated carbon filter is made by using very light weight one to several times. It is thin, light, easy to mass production in an easy production process, is inexpensive, is flexible and improves portability , The mask may be supported by a mask so as to closely adhere to the face or may be utilized as a part of the mask inside the mask, and the deodorizing effect can be exhibited in addition to the normal filtering function.

The valve recombination of the activated carbon filter enables the filtering function in the entire area of the activated carbon fire protection layer.

In addition, the activated carbon filter is not limited to the filter's protection ability because the moisture released during the breathing does not reach the activated carbon fire retardant layer, and the same is true for the filter material that is affected by other moisture.

If the valve and the exhaust valve of the present invention are used together, the limitation of the moisture inside the mask and the phenomenon that the air is discharged to the side of the mask in the case of the respirator protection mask can be reduced.

The valve of the activated carbon filter can be connected to the inside of the valve by thermal bonding in the same way as the other filter part when the filter medium is used in a stacked state. .

Tissues, etc. to the surrounding people to protect the respiratory tract and contribute to collective protection.

Flexible combination of components can result in various synergies and can be easily and cost-effectively protected in CBR and other situations.

Fig. 1 is a side view of a shield material package 100. Fig.
2 is a pouch 200 having an opening and closing zipper 201. Fig.
Figure 3 is an activated carbon filter 300.
4 is an integral valve 311. Fig.
Fig. 5 is an enlarged view of the integral valve of Fig.
6 is a single liquid tissue storage portion 221. Fig.
7 is a two-sided valve 9311-1).

Admiral is responsible for cleaning, removing, disassembling, weakening, neutralizing, disinfecting, sterilizing, and filtering microorganisms, dust, dust, and other contaminants, thereby eliminating or reducing the level of contamination, .

The shielding package is a package in the form of a packaging package having a storage portion, and is a package that holds the entire collection or storage portions. A large pouch in the form of a zippered bag, a shopping bag made of paper or synthetic resin, and a box made of various types such as a top-covered package, a plastic box, a bag, and a bag made of synthetic resin, In order to prevent the liquid contained in the inside from flowing into the outside or the outside air or moisture from penetrating into the inside in a short period of time, It is made of a material to ensure airtightness. If necessary, vacuum packaging is used. If necessary, one or more materials such as synthetic resin or aluminum coating material may be used for repeated use of the contents several times, Or may be partially or wholly covered with a transparent or translucent material such as mask holder 24 It can be made. The storage compartment can be enclosed in a packaging package to form a sheltered food package, which can be sealed with a pouch or a zipper bag, and the storage compartments can be connected to each other to prevent loss, It is possible to apply ordinary techniques for repeated use and the like.

2 is a perspective view of the pouch according to the present invention. In Fig. 2, a plurality of pouches or a plurality of pouches to which one or more pouches are connected are provided at positions where the pouches can be repeatedly opened and closed. And can be easily made portable with a handle or a suspenders.

The packing box is made by putting the individual storage parts or one or more connected storage parts in a place where it can be repeatedly opened and closed, such as a case of a paper box, a plastic, etc., and a separate space can be formed therein, And can be made to be portable easily by constituting a handle or by coupling a suspenders.

The storage compartment to which one or more pouches and / or boxes are connected can be constructed as shown in Fig.

Each of the receivers can be further divided into two or more chambers, sealed, or a sealing film can be utilized.

1 may be different from each other depending on the direction in which the folded portion 12 is folded. In order to fold the folded portion 12 in the inner direction of any of the receiving portions at the center from both sides, the distance between the folded portions becomes wider toward the center, The distance between the folded portions becomes wider as they continue to be folded inward.

In addition, for example, if the folded portion of the folded portion at the side where the side exit 33 is formed is folded inward and the other folded portion is zigzag folded, the width of each folded portion can be made almost the same, And the folded sheet can be easily folded while the dried tissue or the like is removed from the sheet or the foreign matter enters the sheet.

In order to easily fold a plurality of the storage parts, it is preferable that the length is equal to the lengthwise direction, and a synthetic resin sheet having a longer adhesive part at the left and right ends can cover some or all of the storage parts or can be used as a string to be wrapped have.

The binder type is similar to a book in that one of the receptacles is used one by one and is formed in a manner similar to that of a conventional binder such that two receptacle portions are connected to a fold portion and two sets of the receptacle portions are formed by adhering a central fold portion of each fold portion to each other And it is also possible to form the side exit port in the upward direction or the bar direction, and is referred to herein as a binder type.

The draw-out opening portion 31 of the liquid tissue storage portion 22 may be formed into a one-letter shape, or may be formed into a variety of shapes such as a square or a circular shape, and may be applied to a normal size and shape in which the tissue can be easily taken out and resealed can do.

The outflow opening cover covering the withdrawal opening portion which is the re-sealing means can be variously shaped by opening the sealing film 32 made of an adhesive sheet to take out the contents and then sealing them again or joining the separately formed lids. A conventional re-sealing technique such as using a magic tape or providing such means, adhesive tape, or the like on the side exit can be applied.

Such a reclosing means is more useful when applied to the liquid tissue storage portion, and can be applied to effectively manage the articles of other storage portions.

The liquid tissue includes at least one of a wet tissue and an admiralty tissue, and thus the liquid tissue can be composed of two compartments, and a wet tissue or an ad libitum tissue can be made by administering a cleaning liquid to the dry tissue.

Wet tissues are used to protect the respiratory tract from contaminated air such as NBC, dust and dust, and do not adversely affect respiration. It is also possible to admit it by wiping the skin and personal equipment materials with a wet tissue, and it is also possible to perform the function of the admiral tissue. To this end, bio-inorganic substances and preservatives that are beneficial to water and the human body can be included.

The size at which the wet tissue is used for respiratory protection can be sized between the mask and the face so that the respiratory tract can be blocked, or can be of a larger size to reduce the possibility of unfiltered air being introduced, Size.

For the protection of the respiratory system, if only the wet tissue is attached to the face, if it is thin, the filtration efficiency will not be high or if the water is large, the air suction resistance will become large. Therefore, it is desirable to use a thickness that can increase the efficiency of filtration while maintaining an air intake resistance capable of breathing with appropriate thickness and moisture content.

Depending on the size, material, and thickness of the wet tissue, the amount of liquid contained is very different. In general, the water content of the tissue can be about 150 to 500% (W / W) The liquid tissue having a small amount of liquid can be made to contain a liquid in a state in which the liquid droplet is partially removed by clumping the liquid tissue and pressing it by hand.

If there is a large amount of water in the wet tissue and the water is flowing down, the breathing resistance will be very difficult due to the high air suction resistance. If the moisture content is high, overlap the dry tissue or if the moisture content is low, And can be used flexibly to increase filtration efficiency. Also, a wet tissue having a low moisture content can be used for a purpose similar to a dry tissue or for respiratory protection, and it can be used in a dry tissue It is also possible to use it as a wet tissue by pouring.

In order to clean the skin, it is preferable to remove the contaminants of the skin with a dry tissue and wash it with a wet tissue or remove it with a wet tissue having a relatively low moisture content. In order to clean the skin, the wet tissue and the dry tissue can do.

The Admiral Tissue is used to wipe out and disinfect common materials such as skin, personal equipment, and household items such as dust, dirt, dust and oil, and may contain liquids such as solvents, neutralizers, decomposition materials, and disinfectants. have. Wet tissues and different types of gentle tissues can be configured as separate compartments and marked to be distinguished from each other.

In order to prevent the adhered tissue from spreading to the uncontaminated hands or the contiguous portion of the contaminated tissue, it is preferable that the adoxytial tissue of the liquid tissue is so disposed that the liquid does not fall off when the adoxyt tissue is taken out. The one side is made of a liquid impermeable material in which contaminants and the like are impermeable. Conventional techniques such as coating can be applied for this purpose. It is possible to achieve the object by making one side as a tissue and the other side as a liquid impermeable material.

The liquid tissue may be folded several times, and it should be able to quickly and easily spread to a desired size. For this purpose, a zigzag fold can be stretched by pulling it from the left and right.

For the protection of the respiratory system and for the skin cleansing, it is possible to separate wet wipes of low moisture content and wet wipes into two compartments and use them as needed.

The tissue that overlaps the wet tissue or the wet tissue with the dry tissue can be closely adhered to the face to reduce the possibility of the contaminated air being sucked, and the inconvenience of wrapping by the mask when covered with the mask can be reduced and the leakage rate can be reduced. If you want to further reduce the possibility of inhaling contaminated air, such as excessive activity, you can cover your mask with your hands. To make the wet tissue come into close contact with the face, you should use a soft material or use normal ergonomic masks Do.

In case of fire, the efficiency of filtration is increased from sulfur dioxide (SO 2), hydrogen sulfide (H 2 S), carbon dioxide (CO 2), carbon monoxide (CO), dioxin and combustion particles, It is common sense to cover the respiratory apparatus with a wet towel or tissue for the purpose of lowering the heat sensation. It is therefore obvious that the combination of the present mask, the wet tissue and the dry tissue is useful as an emergency alternative material.

If the dried tissue 231 of the dry tissue storage portion 23 is wiped with a liquid tissue containing a large amount of liquid, the contaminated portion may be diffused. Therefore, it is preferable to wipe the tissue with a liquid tissue after wiping with a dry tissue It is preferable to use a dry tissue even when it is necessary to wipe clean the area wiped with the liquid tissue.

It is possible to set the amount of humidification to be user-selectable, and it can be set so that the air suction resistance is not higher than the wet tissue when breathing, even if it is used thickly, and the use of respiratory protection and skin cleansing It can be used flexibly. If necessary, the amount of water in the wet tissue may be increased and the degree of moistening may be adjusted by overlapping amounts of the dried tissue. It is also possible to reduce the wetting of the mask when the wet tissue touches the mask.

105 The size of the dried tissue can also be considered similar to a wet tissue. On the other hand, if the wet tissue is made a little smaller than the dry tissue, the moisture can reduce the cold feeling touching the skin of the face, and if it is large, the tissues can be more closely adhered to the face.

The materials of the present invention can be pulp, cloth, cellulose, non-woven fabric, cotton, paper and the like, and the density of the tissue can be made dense or gauze- The liquid storage amount may be adjusted, the liquid storage amount may be adjusted to be thin or thick, and it may be configured to conform to the present invention among ordinary articles.

The mask 241 of the mask accommodating portion 24 may be a normal mask covering the nose and the mouth including the harness which is hooked to the back of the ear or the head. The mask 241 may cover the neck or may be made of cloth, paper or nonwoven fabric, And it is possible to apply the cohesive zone like a normal mask shape, such as by soft metal or the like placed on the upper part of the nose so as to conform to the shape of the nose to reduce the possibility of sucking contaminated air. It can be made with a dense cloth, it is possible to use a mesh material to perform only the function of supporting a wet tissue and a dry tissue, but the function of filtering polluted air is reduced. The harness of the mask can be fixed to the back of the ear or head using an elastic body so as to increase the degree of contact of the face of the mask.

Wet tissues can be more effective in respiratory protection than masks, and more so in case of fire in order to reduce the heat sensation of the inhaled air and the warmth touching the face. In this respect, the mask may be a supplementary respiratory protection function in the absence of a wet tissue, or may function as an air filtration function even if the dry tissue is put inside the mask, except for a wet tissue,

By attaching the mesh material to the face of the face where the mask is worn, it is possible to reduce the direct contact of the wet tissue of the wet tissue with the mask while reducing the deviation of the wet tissue adhering to the respirator. This reduces the harmful effect of dust or particles directly attached to the mask And it is also advantageous to repeatedly use the wet tissue without washing. Also, it is possible to reduce the contact of the foreign matter filtered on the wet tissue to the mask, and to reduce the phenomenon that the mask becomes wet. The density and thickness of the mesh material can be determined in consideration of the moisture content of the wet tissue used. When a filter medium such as a wet tissue is placed between the mask and the mesh material, the wet tissue can be stably attached to the mask.

The mask can increase the efficiency of air filtration by various methods including, for example, cotton, polyester, and polypropylene, including an electrostatic filter layer containing an acidic polymer, an inorganic antibacterial agent, a static electricity generating module, A tissue or a wet tissue may be made of such a material.

A pocket may be formed inside the mask, and a filter medium such as a wet tissue may be placed therein. On the other hand, in this case, the filter medium is narrowed and the area is narrowed, the mask is thickened so that it is not in close contact with the face portion, and the contaminated air is more likely to be sucked in through the gap between the respirator and the mask. In addition, since the area of the mask in which the contaminated air is sucked is limited by the area of the mask contained in the mask, the unfiltered air is permeated or the efficiency of filtration is lowered. When the material of the wet tissue is softened, it is limited to be put into the mask, and when the material is hard, there is a limit to select the material in consideration of the fact that the degree of adhesion to the face portion is limited.

If the respirator is to be protected for an extended period of time, it is possible to quickly and easily replace the wet tissue even if the mask is still used.

If the activated carbon filter housing part 25 is made of a material that can be maintained for a period of time required by the suction force of the activated carbon filter, the activated carbon filter housing part should be maintained at a proper material and thickness and vacuumed. Depending on the fabrication process, it may be necessary to make the entire material of the shielding package as described above. In this case, restrictions such as the manufacturing cost, weight, size increase, and ease of use are reduced. Considering this point, the performance of the activated carbon filter can be packed with a material that can be guaranteed for a desired period of time, and the packaged product can be packed into the activated carbon filter housing part. The outside of the face portion can use an activated carbon filter inside the mask, or inside the mask.

It is possible to use active carbon in a mold having a small room formed of a material containing aluminum or lead and to form an active carbon layer on a soft mask or cloth and to use the mask or activated carbon filter , It is possible to reduce the entry of polluted air into the respiratory tract by bypassing the activated carbon filter by making the activated carbon filter on the face and pushing it in contact with the face due to the flexible material when pressed .

The activated carbon layer of the activated carbon filter is formed by coating powder, granules or the like on cloth or non-woven fabric, paper, cotton or the like, laminating or infiltrating into multiple layers or containing activated carbon fiber, Including performance. The thickness of the activated carbon fire retardant layer can be determined in consideration of the time taken for the outside air to pass through the activated carbon layer and the required protection time.

In FIG. 3, the active carbon layer 322 and the support layer 321 may be coupled to each other in opposite directions to each other, and a protective material, a protective material, various filtering materials, masks, etc. may be additionally applied to the outside of the activated carbon filter In some cases, a support layer such as a canister or an activated carbon fiber is unnecessary. In the case of a canister, the outer case functions as a support layer. The activated carbon fiber can be used without discriminating between the front surface and the back surface.

The outside air flows through the activated carbon filter and the valve member in the direction of the inner respiration.

The activated carbon filter and the electrostatic filter may easily lose the attraction force due to the wetting of the air, so that the air blown out is discharged to the predetermined valve of the filter layer between the mask and the face portion, .

For this purpose, it is possible to operate an exhaust valve equipped with one or more small exhaust valve membranes, such as a thin rubber membrane provided on a gas mask. Even in this case, a part of the moisture is circulated in a place where the exhaust valve is not formed, Resulting in increased weight and volume, added work processes, increased production costs, and limited storage and mobility. It is possible to apply one or more conventional components or techniques for preventing other air backflows, but it is clear that the above limitations are serious.

FIG. 3 is a sectional view of a valve, in which a thin synthetic resin piece or the like is formed as a valve material and is stacked on top of each other to be stacked one upon the other or fixed to an activated carbon fire retardant layer to constitute a valve reassembly functioning as a valve, It is possible to constitute valve reassembly by connecting the ashes in a zigzag manner so that some surfaces overlap each other or by connecting them so as to have such a shape, or to form a through hole by overlapping two valve members as shown in FIG. . Valve recombination is a combined component that allows the valve material to perform the function of the valve organically to act as a valve.

This minimizes the thickness and weight while minimizing air suction resistance by sucking air through the entire area of the filter material such as activated carbon filter, enabling the valve to function when used once or several times, and the exhaled exhaust passes through the activated carbon filter and mask It was not allowed. The valve protector 330 on the inner respiratory side reduces excessive swelling of the valve material 310 when the air is sucked while protecting the valve, and prevents the valve from contacting the face.

At this time, if the gap between the valve protector 330 and the valve member 310 is wide, the total volume becomes large. If the gap is too narrow, the amount of air introduced may be reduced. Therefore, It can be formed by attaching less than about. It is also possible to create a space between the valve and the valve guard by supporting the space between the valve and the valve guard in order to keep the gap in the entire portion of the activated carbon filter as uniform as possible. The height of the valve guard rim 333, The whole or a part of the protrusion 332 may be thickened, or a small protrusion may be formed in a few tens to several hundreds.

The activated carbon fire-fighting layer can be replaced with any other filter material, and can be made of a bending material so that the function of the valve can be exerted while being bent by being applied to a mask or the like. Considering the length and width of the valve material, the length and width of the valve material, the spacing of the valve stock, the thickness of the valve material and the degree of elasticity of the valve material so that the flow of air can be maintained at an appropriate level, It is possible to use different materials, determine the degree of functioning according to the degree of bending, determine that the outer valve member has a higher shape retentiveness than the valve member on the inner side, and the shape retainability of the filter member such as activated carbon, In this case, in the case where the kind of activated carbon fire retardant layer or the like is thick, it can be expressed that the shape retaining property is provided if the shape of the valve material is less fluctuating even if there is no shape retaining property.

The activated carbon fire-fighting forklift can keep the valve pieces flat and close to each other, and if the valve pieces maintain the elasticity to some extent, the function can be performed even if the valve stock is not necessarily present, and Fig.

When replacing the shape of the valve guard row 332 with a mesh shape, it is possible to deepen the thickness of some or all of the mesh shapes or to apply what is considered in the valve guard row, Lt; / RTI > When the valve protector is made thick in the form of a line or a mesh, it can also be seen as a support, but the disadvantage that the weight increases.

3, if the valve guard 330 is formed in the shape of a line in the same direction as the synthetic resin piece of the valve member 310 and the line inside the valve guard 330 presses the central portion of the valve member 310, And the narrowing of the line will allow the valve to inflate less. The height at which the valve swells can be determined by the width of one of the valve synthetic resin and the width of the valve protector 330 overlapping the valve synthetic resin and the width of the valve protector 330 and the degree of flexing.

Since the inflated height is important for the amount of air passing through the valve, it can be determined as one or more of a shape using a support for the valve protector made of the mesh material, a valve protector having a linear shape, or shapes for reinforcing the support on a linear shape. In addition, it is desirable that the valve protector protect the thin valve and narrow the gap of the line or the gap of the mesh so as to reduce the noise generated when the valve is closed during breathing. Or the like, or may not be constructed in consideration of thin and light, integral type, single use to several times of use, low cost production,

It is also necessary for the valve guard to maintain a certain distance from the valve material. However, it is possible to control the swelling of the valve material as an activated carbon fire retardant layer or a valve stock, and therefore, It is expected that the effect of improving the texture touching the skin can be expected.

A conventional method may be employed in which the portion where the valve members are brought into contact with each other is made to have a high degree of adhesion and the inside portion can be made of a material such as nonwoven fabric, cloth, gauze or mesh material through which air or water can pass,

When a plurality of line-shaped valve protector lines 332 are formed in a direction perpendicular to the direction of FIG. 3, that is, the direction in which the valves are formed in a continuous manner, the valve protector line 332 In this case, it is possible to reduce the quantity and area of each fixing block which reduces the flow of the valve, to apply a proper shape, to apply each other complementarily, or even to use air, A conventional technique such as using a soft material to press the valve at appropriate intervals while maintaining the flow can be applied.

The activated carbon fire fighting water holding plate of the fixed bar is made to cause the valve material to adhere to the activated carbon fire fighting layer, and when the intake air flows, the valve material is caught by the activated carbon fire preventing layer side to open the valve.

The valve stock in the fixed table is formed by joining together a part of the valve so as to allow the air to pass through the overlapping side of the valve material. The valve is used to maintain the shape of the valve stably and to make it easy to manufacture. If the material is of such a size as to maintain the minimum shape, if the shape of the face portion is formed to be bent, it may not be applied to the valve stock assembly, or the outer edge may be sealed, If the valve is closed, the area of the valve becomes narrower, so that the valve can function as a thinner material while maintaining flexibility. At this time, the sealing of the valve can become the valve stock. The valve stock assembly includes a valve bottom face fixture, a valve face contact fixture, a valve top face fixture, a valve bottom face fixture, etc. In FIG. 3, the illustration of the valve assembly is omitted. Valve stocking may not be necessary if it is used inside with a valve guard.

In the method of forming a valve stock assembly, a valve member is laminated in a state where a plurality of strips of adhesive are applied in a strip shape on a portion where the valve members are overlapped with each other in a direction in which the valve member is formed in a direction in which the valve member is formed successively, When the valve is folded, as shown in Fig. 3, or when the valves overlap each other in a staggered manner as shown in Fig. 4, the possibility of being adhered to each other and reversed is eliminated. In the range below the valve, There is an advantage that the fire-fighting layer fixing table 313 may be formed, and the air flows into the space between the strip-shaped valve stock holder and the valve stock holder.

Also, this form is a shape in which the valve stock holder and the activated carbon layer holder are connected to each other outside the valve member, and the adhesive agent in the portion where the valve member is not overlapped outside the valve member causes the valve recombination to be adhered to the activated carbon fire retardant layer. If the valve stock is formed inside the valve material, the valve material is formed at the overlapping position.

In this case, if the gap between the strips to which the adhesive is applied is small, the degree of lifting of the valve becomes small. Therefore, the function of protecting the durability of the valve may be emphasized rather than the function of securing the space. At this time, if the band to which the adhesive is applied is large, the area to be filtered of the activated carbon fire retardant layer becomes narrow, and therefore, it is not preferable to make it wide.

It is possible to control the degree of swelling of the valve while preventing the valve from being turned upside down by applying a plurality of strips of adhesive to the inside of the valve, Since the function may be limited, the top surface of the valve can be coated with adhesive only where the valves overlap each other.

Apply the adhesive to the entire end of the bottom of the valve guard which is folded in the direction of overlapping with the activated carbon fire-fighting layer of the lower valve seals, or apply only a part of the valve seal to the activated carbon fire-resistant layer And when the adhesive is applied to the entire area contacting with the activated carbon fire-fighting layer, air passages should be formed such that the air passages are formed coarsely. One or more of the various methods of forming the activated carbon fire-fighting support layer can be selected, but the adhesion portion necessary for reducing the production cost and simplifying the production process can be determined.

The upper surface of the valve can be applied to the entire length of the valve in the form of strips of the lower fixing table 317-2 and the lower valve fixing table 317-1. If the valve upper surface is in contact with the lower fixing table 317-2, It is possible to reduce the degree of closing of the valve when it is inhaled and to reduce the volume of the valve again. In addition, since noise is less and the feeling of resistance to wearing is less, the gap is wide from 1 mm to 10 mm It is preferable that the valve bottom face contact and the sub fixed face be used similarly and the influence of the band gap to which the adhesive is applied may be less related to the conditions such as the use of the valve protector, Even if only the rim is sewn, it can be regarded as a valve stock.

The valve stock is such that the overlapping part of the valve, such as the activated carbon fire fighting layer fixing table, the valve upper surface contact fixing part, the valve lower surface contact fixing part, the valve upper surface fixing part and the valve bottom fixing part, or the part where the valve touches the activated carbon fire retardant layer or the activated carbon filter The valve can be applied to more than one place to meet the above purpose, and if the valve is twisted together, the sealing function may be limited. In the case of thick material, moreover,

When the activated carbon fire resisting layer is formed on a part of the area reaching the activated carbon fire preventing layer from the outside of the valve recombination, air can be sucked through the remaining activated carbon fire fighting layer to pass through the through hole. Therefore, As shown in Fig.

The flushing is performed by pushing the valve materials on the respiratory side outward to seal the through holes or the valves on the outside. The area of the overlapping portion of the valve or the area of the air passage It is obvious that the configuration of the activated carbon filter component of the present invention and the utilization concept of the present invention can be used in combination with each other because the breathing can be constituted in consideration of the thickness, flexibility and air communication requirement of the valve material.

As shown in FIG. 3, when a single piece of synthetic resin pieces is partially overlapped and used, it may be difficult to manage the synthetic resin pieces and to bond them together or to add a process.

As shown in FIG. 4, the integral valve can be constructed so that the synthetic resin material is integrally connected to each other, folded so as to overlap with each other in a zigzag manner, and through holes 312 are formed in the overlapped bottom surface to allow air to pass therethrough. The through holes in the overlapped lower surface are the through holes 312 in FIG. 4, and it is also possible to form through holes on the folded upper surface, that is, overlapping surfaces including the surface that is not visible from the upper side.

5, a through hole can be formed only on the upper surface of the through hole formed on the two sides of the folded portion of FIG. 5, and when the through hole is formed in the lower side, the through hole end portion can be thermally adhered, A taping, a high frequency, or the like, and can form a hole in the fixed extra space, and the size of the through hole can be largely divided into the activated carbon fire- The entire area of the valve material excluding the through holes may be adhered to the activated carbon fire retardant layer. At this time, it may appear that the through holes are formed in the activated carbon fixing block, When the activated carbon fire-fighting fire-holding frame is made to be the entire non-overlapping portion of the valve member, air is allowed to pass through the through- The size and position of the through hole can be determined in consideration of the air communication requirement, the suction resistance, and the air flow through the entire area of the activated carbon fire retardant layer in consideration of the fact that the through hole on the opposite side folded is difficult to flow. 7, the size of the through-hole and the area where the valve member is bonded to the activated carbon fire-retardant layer can be similarly applied.

The present invention makes filtration function almost uniformly in almost the entire area of the filter medium such as activated carbon fire retardant layer. This is because there is a portion where the function of filtration can not be exerted by the area of the support plate fixed to the filter medium. However, It can be considered that the function of filtration is exerted in the whole area even if the flow of the air flows at the oblique angle of the filter medium at this portion.

In this case, the size of the through hole can be determined in consideration of the amount of air used for one suction and the function of the valve, and it can be applied in various shapes such as a circular shape and an elliptical shape. It is possible to form a long and large one. If the synthetic resin material is thickened or the interval between the activated carbon fire retardant layer and the valve guard is narrowed, the valve may not be turned upside down without fixing the valve to the activated carbon fire retardant layer.

Since the valve of the present invention is manufactured for one time or several times, it is desirable that the thickness of the valve is as thin as possible within a range that the valve is not inverted from the valve guard, and it can be made very thin when it is made of synthetic resin. Valve materials can be made by using plastic materials such as PE, PP, OPP, HD, LDPE, PVC, various synthetic resins including vinyl, rubber, latex and coated paper as they are, folding or molding. It is obvious that it is possible to determine the shape and material to achieve the object of the present invention, such as a curved shape instead of the straight shape, or a flexible material.

When the edges of the activated carbon filter components are overlapped, the edges of the valve can be sewn together without flapping, and the valve can be stably fixed while maintaining durability. It is also possible to form grooves in the valve protector rim 333 and to fix the activated carbon filter 300 in place and to apply various techniques for sewing the rim to each other, It is possible to pad. It is also possible to add a protective layer for protecting the activated carbon fire protection layer to the outside.

The cleaning liquid 1 accommodating portion 20 and the cleaning liquid 2 accommodating portion 21 may be formed of one cleaning liquid accommodating portion and the cleaning liquid accommodating portion and the admiral tissue may be provided with water, ethanol, artificial tears or auxiliary tears, The usual antiseptic-containing materials and anti-microbial compositions for disinfecting cleaning and disinfecting organisms such as decomposition materials, neutralizing substances, military detoxifying agents, viruses, bacteria and fungi, and the like, You can put more than one thing.

The cleaning liquid may be put into the storage portion as it is, or may be used by putting a small-sized cleaning liquid into the storage portion and removing it partly, or by impregnating into a nonwoven fabric or the like.

Preservatives such as sodium benzoate, glyceryl caprylate, levulinic acid, and propylene glycol, preservatives, cleaning aids, emulsifiers, skin conditioning agents, wetting agents and fragrance components may be added to the cleaning liquid and the wet tissue, It is obvious that it can be used like a wet tissue to wipe it out in various situations such as a radioactive particle as well as a material, and includes the necessary materials for long-term storage or applies the necessary ordinary techniques such as a process of disinfection.

The cleansing liquid may be classified into an eye cleanser and a skin cleanser. The cleansing liquid may be used by being soaked in a tissue for administra- tion of the skin, by using water including water, or by using water to moisten the tissue.

As an example of the most effective feminine dermatologic treatment when liquid contaminants are put on the skin, it is necessary to remove the contaminant diffusion by removing it with the primary dry tissue, to detoxify with the second admission tissue, to wash with the third wet tissue, And it is possible to have flexibility in utilization within the scope of the present invention and to simplify and apply urgent or other necessary procedures. When the liquid tissue is put in the form of bag or the like in the receiving portion, Sealing means such as a bag for holding a liquid tissue, etc., a retracting opening, and a take-out opening cover for covering the retracting opening, and the like.

The individual liquid tissue storage portion 221 of FIG. 6 can be used by replacing the liquid tissue storage portion 22 or by inserting the liquid tissue storage portion 22 into a storage portion having a side extraction portion.

The wipes of the individual liquid tissue compartment can be made of rolled or compressed ones and can be used to reduce the spread of contamination by drawing out fresh uncontaminated liquid tissue one by one, Or more.

The side outlets 33 may be formed in the case where the cleaning liquids separately sealed such as disposable tears or the like packed in plastic are put in the storage portion as well as the dry tissue 231 or the activated carbon filter housing portion in which the mask storage portion and the vacuum packed activated carbon filter are housed Can also be used.

At this time, the magic tape male and female are put facing to the center of the side outflow port 33 so as not to be drawn out when the dry tissue or small package water put in the side outgoing opening 33 is not desired, A common technique such as attaching the inlet portions to each other, attaching a zipper, or binding with a button or a string can be used, and the present invention can also be applied to a separate receiving portion.

The adhering portion 13, the folding portion 12, the filter, and the like can be adhered by conventional techniques such as thermal bonding, high frequency, ultrasonic, adhesive, and sewing, and can be adhered to each other, Sewing, binding and the like are used in this application.

The contents of the entire storage compartment are used for single use, single use, or when one mask is used, only one person is allowed to use the mask except for liquid tissues and dry tissues used by the person who uses the mask. It can be distributed around, and it can be packed in one package of several disinfection packages to cover a large number of people who can not perform normally. For example, one or more liquid tissues It is possible to flexibly determine the efficiency of packaging, portability and usability, production cost,

In addition, the disinfection package can be used to clean and decontaminate small household items such as respiratory protection, skin cleansing and detoxification, as well as personal equipment items.

It is evident that the compartment is folded inward, folded in a folding style, or packed in one or more of the binder types, and it is obvious that the compartment is covered by the scope of the present invention. .

The direction in which the valve pieces are laminated can be made different depending on the shape of the valve member and the overlapping area when stacking the valve members. In addition, depending on the direction in which the valve member is folded It is possible to make the lamination direction to be distorted, and it is obvious that it falls within the scope of the present invention.

Bonding can be carried out by conventional techniques such as thermal bonding, high frequency, ultrasonic, adhesive, taping, and sewing. Adhesion, sealing, sewing, and bonding for sticking valve pieces together or fixing the valves are used in the present invention, The supporting plate fixing base can be provided on at least one of both surfaces contacting with each other, and this also applies to the case of heat bonding.

It is also within the scope of the present invention that the active carbon filter is combined with conventional parts of other masks such as an exhaust valve and can be used in combination. .

100 air-tight package 10 inner skin 11 sheath
12 folding portion 13 bonding portion 20 cleaning liquid 1 receiving portion
21 Cleaning liquid 2 Collection part 22 Liquid tissue storage part 23 Dry tissue storage part
24 mask receiving portion 25 carbon filter receiving portion 31 withdrawal opening
32 sealing film 33 side outlet portion 101 receiving portion
221 Individual liquid tissue compartment 222 Wet tissue 223 Wet tissue insertion ball
300 Activated Carbon Filter 310 Valve Assembly 311 Integral Valve
312 Through-hole 313 Activated carbon fire fighting layer
317 Valve Stock Positions 330 Valve Protector 320 Activated Carbon Fire Fighting Layer
321 Support layer 322 Activated carbon layer 332 Valve guard line 333 Valve guard border

Claims (21)

In a packaging package having a storage portion (101)
The package includes a wet tissue storage portion, a dry tissue storage portion 23, an adoxyt tissue storage portion, and a mask storage portion 24,
The respirator can be protected by at least one of the wet tissue of the wet tissue storage portion, the dry tissue 231 of the dry tissue storage portion 23, and the mask 241 of the mask storage portion 24,
Wherein the contaminated material can be decontaminated with at least one of the dry tissue (231), the wet tissue, and an admiral tissue of an admiral tissue storage section.
delete The method according to claim 1,
The above-mentioned NBC, fire, and dustproof packaging materials are formed by stacking a rectangular synthetic resin sheet in the longitudinal direction and vertically stacking them so as to form a plurality of receiving portions 101 therein. In the boundary portion of the receiving portions 101, And a folding portion (12) that can be in any one or more of the following formulas.
The method according to claim 1,
Wherein the NBC, fire, and dustproof package comprises a box or pouch (200).
The method according to claim 1,
The NBC, fire and dustproof package further comprises an activated carbon filter housing part (25) in the NBC, fire and dust protection package.
The method according to claim 1,
Further comprising a plurality of cleaning liquid accommodating portions (20, 21) in the NBC, fire, and dustproof packaging package.
The method according to claim 3,
Wherein the accommodating portion (101) is provided with a side outflow opening (33) having one side opened.
The method of claim 5,
The activated carbon filter 300 housed in the activated carbon filter housing part 25 includes a valve recombination positioned on one side of the activated carbon fire fighting layer 320 and located inside the activated carbon fire fighting layer,
The valve re-combination comprises laminating the valve pieces in such a manner that they partially overlap each other from right to left and position the laminated upper surface inward,
An activated carbon fire fighting layer fixing table is provided at a portion where the outside of the valve recombination contacts the activated carbon fire fighting layer 320 so that a part thereof is adhered,
The negative air sucked through the valve element pieces through the activated carbon fire retardant layer 320 reaches the inner side,
And an activated carbon filter (300) in which when the positive pressure is formed inside the valve, the valve pieces are stuck together to block the air flow.
The method of claim 5,
The activated carbon filter 300 housed in the activated carbon filter housing part 25 includes a valve recombination positioned on one side of the activated carbon fire fighting layer 320 and located inside the activated carbon fire fighting layer,
The valve rejoining includes a plurality of through holes folded in a zig-zag manner from the right to the left in a folded manner so as to overlap some surfaces and not exposed from the inside, and the folded upper surface is positioned inwardly,
And an activated carbon fire fighting layer fixing table at a portion where the outside of the valve recombination contacts with the activated carbon fire fighting layer so that a part or whole area thereof is adhered to each other,
When the negative pressure is formed inside the air, the outside air sucked into the through holes through the activated carbon fire retardant layer 320 reaches the inside,
And an activated carbon filter (300) in which the valve members are adhered to each other to block the air flow when a positive pressure is formed on the inner side.
The method of claim 5,
The activated carbon filter 300 housed in the activated carbon filter housing part 25 includes a valve recombination positioned on one side of the activated carbon fire fighting layer 320 and located inside the activated carbon fire fighting layer,
Wherein the valve reassembly includes a valve stock and a plurality of through holes formed at positions where the two overlapping valve materials do not overlap each other,
And an activated carbon fire fighting layer fixing table at a position where a part or whole area of the valve material touching the activated carbon fire fighting layer touches each other,
When the negative pressure is formed inside the air, the outside air sucked into the through holes through the activated carbon fire retardant layer 320 reaches the inside,
And an activated carbon filter (300) in which when the positive pressure is formed inside the valve, the valve pieces are stuck together to block the air flow.
The method according to claim 8 or 9,
Wherein the NBC, fire and dust protection package includes a valve stock assembly to allow a portion of the valve material to overlap.
A method according to any one of claims 8 to 10,
Wherein the activated carbon filter (300) comprises a valve guard.
A method according to any one of claims 8 to 10,
Wherein the activated carbon filter (300) comprises an exhaust valve.
A method according to any one of claims 8 to 10,
Wherein the activated carbon filter (300) is made of a soft metal material in a part or the whole of its rim.
The method according to claim 1,
Wherein the adnex tissue of the adnex tissue holder is made of a liquid impermeable material on one side.
delete The method according to claim 3,
The above-mentioned CBR, fire, and dustproof packaging package is a package of a fire-fighting, fire, and dustproof material which is made by wrapping the whole or a part of the receivers or wrapping them as strings.
delete The method according to claim 1,
Wherein the mask (241) is further provided with a layer of a mesh material on the side of the face to be worn.
The method according to claim 1,
Wherein the mask (241) is formed with a space in the inside by coupling the inside and outside of the mask, so that at least one of the wet tissue or the dry tissue can be inserted.
The method according to claim 1,
Wherein the housing part is provided with a resealing means.

Images