TW200812918A - Portable manufacturing apparatus of sterilized isotonic saline solution - Google Patents

Abstract

The present invention relates to a portable apparatus for manufacturing sterilized normal saline with the high ratio of HOCl, more specifically, to such an apparatus for manufacturing sterilized normal saline with the high ratio of HOCl including a step of preparing subacid water or neutral water, a step of making saline solution by mixing salt and the water and a step of sterilizing the saline solution by using oxidants generated from electrolysis between a negative electrode plate and a positive electrode plate facing each other with DC current.

Description

200812918 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a portable device for manufacturing sterile physiological saline, and more specifically, a simple-made sterile physiological salt having an improved age-recording pattern The water device, which has no physiological saline, is made of tap water, ground water, etc. and is used for disinfecting or cleaning the injured part or the nasal cavity of a rhinitis patient. [Prior Art] The threat of the screen, as the line and soil pollution (4) deteriorated, the environmental diseases increased, and the demand for Kang 7K and health also increased. Therefore, the number of rhinitis patients who wash the nasal cavity with physiological saline on the market has also increased. ^ In addition, the physiological saline is usually produced by steaming a large amount of hot water generated by heating under high pressure for about 30 minutes, by adding the salt chloride ( ) to the water that has been destroyed and adding, for example, to do me. (j solvate, etc. to limit the proliferation of bacteria. However, the bactericide of the sputum has a risk of allergic to rhinitis patients, so that the rhinitis patients who use the physiological saline purchased on the market are allergic. In addition, in order to meet the convenience of the consumer and the appropriate packaging cost, the physiological saline solution which is packaged in a size of more than 1 liter of relatively large foreign currency m is easily contaminated after opening the package. In order to use fresh The physiological saline solution 'users should be in the 3 to 4 days after the phone is installed. There is no sense of I 艮 艮 | The importance of non-pollution conditions of water, users continue to make shirts after opening for 3 to 4 days 200812918 The result is that the food is easy to suffer from other pathogens. That is to say, 'because of the need to work hard to create a physical food, only specialize in manufacturing Wei difficult to make physiological food. For the convenience of the county and the convenience of the money, the physiological saline is usually packaged in a container of relatively large size of more than one liter. Because it is 3 to 4 days after the job in the physio-food package. Being contaminated, in order to use fresh physical food to hide, the money should be used up before it is contaminated. Luran, and the user habitually continues to use physiological saline 3 to 4 days after opening the lid to use _ is a contaminated physiological saline. * And 'traditional manufacturing methods include - in the physiological money water towel to release the fungicide step to cover the health of the cover (four). Agent month b brings side effects such as allergies to some users. # For this reason, only a large amount of equipment is sold on the market, and no g-containing physiological saline is added. However, 'the market uses more α-sterilized physiological salt. The water causes the user to vomit or suffer from the ci2, and furthermore, the sterile physiological saline and the CL also contain other chemical components, which also have harmful effects on the human body.% Therefore, consider a method that can reduce the Ct content. For example, 'Alcavis International' claims its product $xseptplus as a physiological saline solution with low concentration residual chlorine (15%, llOOppm). Please open the webpage, this is based on chlorine. The product is manufactured in a product with a large number of equipment and purchased in armor. 6 200812918 The background of the company's development of chlorine-based products is on the homepage. That is to say, despite the disintegration of chlorine as a disinfectant fiber, there is a bet and The rapid reaction Η〇α (ie, hypochlorous acid) is not fully used. This is due to the fact that the pH target seriously affects the ratio of HOC1 produced by chlorine in the aqueous liquid. Specifically, please refer to the second Fig., when the pH is decreased, H0C1 and 0Rp (redox potential) increase. However, since the acidic condition T H0C1 at a low pH has a strong testability, the stability is drastically lowered. Since H0C1 has a strong combination with salt ions under acidic conditions of low pH, Η〇α produced from the reaction of water and NaCl is rapidly reduced by the following chemical formula.

NaCl + H20 +e_ HOC1 + Na+ + ΟΗ - HOC1 + Na+ + OH' NaOCl = H2 Therefore, although the ratio of HOCl in all gases is only 5%, for the shame (10) stability 'Al_ International' Exseptplus products are in _ Manufactured in the money inspection of 〇. Exsept plus has a high salinity of Cong ppm (although it is low salinity). That is to say, in the amount of H0C1 of i100ppm, only H55C1 of less than 55 ah can effectively kill bacteria, and the remaining chlorine of more than _ remains as 〇ci_, and its bactericidal effect is as follows. Therefore, when this product is used on the human body, the actual bactericidal effect is drastically reduced compared to the amount of chlorine. Therefore, in order to protect the health and safety of the user, there is an urgent need for a device for producing a saline solution by using a beneficial bacteria, and the device can be used for the convenience of the user, and the physiological saline can be directly used after the completion of the manufacture. SUMMARY OF THE INVENTION The present invention overcomes the above-mentioned disadvantages of the prior art, and the object of the present invention is to provide an apparatus for oxidizing sterile raw saline produced by __more_electrolysis. ^ The other purpose of this gamma is to make the sterility of the age of the limbs. The physiological food device can be used to produce irrational saline. Still another object of the present invention is to provide a device for killing a wound, an inflamed site, or a nasal cavity of a patient with a nasal cavity in a short period of time after the manufacture of g-free physiological saline. A further object of the present invention is to prevent the problem of the use of contaminated physiological saline by eliminating the killing of the physiological saline solution (i.e., the salt solution) and the production of fresh physiological saline. A further object of the present invention is to achieve a device for producing sterile physiological saline with a simple structure. Thus, the device is manufactured in a compressed size and thus can be used everywhere. » #再发明的发明- The purpose of the invention is to provide a suitable amount of a saline solution for the preparation of sterile physiological saline and a salt sac for a suitable amount of the device for the preparation of the solution. The purpose of the present invention is to provide a method for producing g-free physiological saline and a clothing i. (4) physiological saline has a high ratio of brain to have a high bactericidal effect and is safe for the human body, reducing low killing The (10) content of the limbs and minimizes the amount produced by the human body. 200812918 This reenactment is aimed at promoting the rehabilitation of trauma in the injured area, allergic skin, and rhinitis patient's foot using no red saline. A further object of the present invention is to provide a device for observing the production of sterile physiological saline, and (4) a meter for the oxidation of a water towel. A further object of the present invention is to provide a portable device that can be used to produce (four) physiological saline, which can produce an oxidant containing minimal residual chlorine required for direct sterilization and then apply to the human body, thereby consuming (four) Less Wei and produce oxidant between low DC voltages of 3V to 12V and 10mA to 700mA. A further object of the present invention is to treat rhinitis by injecting physiological saline deep into the nasal cavity using a device for producing sterile physiological saline. Further, it is another object of the present invention to apply a device for producing a physiological saline solution to help treat allergic skin by spraying the physiological saline prepared above for 1 to 2 minutes. Pneumonia or bronchitis is treated by using a long tube that can spray raw saline into the bronchus or a lung. • A further object of the present invention is to clean contact lenses by simply using the apparatus of the present invention for making sterile physiological saline. In order to achieve the above object, the present invention provides a method for producing a high ratio of H〇CL sterile physiological saline comprising the following steps: a step of preparing a weak acidity for neutral water C, that is, drinking water; a step of preparing an aqueous salt solution by mixing the prepared water and salt; and a step of sterilizing the saline solution 200812918 by using an oxidant generated by electrolysis, wherein the electrolysis is supplied to the electrodes by direct current generation between the negative electrode and a positive electrode. This self-salting solution (4) NaCL produces a large amount of HQCL (Weicic Acid) which is effective for killing bacteria and safe for human body, and its water is tested by electrolysis simple/heart 5 or pH 5.0 to pH 7.5. Made from oxidizing agents produced by weakly acidic water. In detail, chlorine is widely used for sterilization. However, in water having a pH g of more than 75, 'there is little available H〇CL in chlorine, and the others are inert 0C1_ without bactericidal effect I. Therefore, a weak acid of ρΗ 5·0 to pH 7 5 is used. Or neutral water, the amount of HOCL with high bactericidal effect can be maximized, and other types of chlorine are reduced. - See "Figure 2" for the month. The most effective disinfectant in the water, which is produced by putting chlorine into the water, accounts for 9〇% of the total chlorine in water with a pH factor of 6.5 and 50% in water with a factor of 7.5. And less than 2% in water at pH 8〇. Moreover, the ratio of HOCL in the water from pH 4 PH to PHS.O increases, but the water at pH 4 〇 to yang 5 应用于 is applied to the human body to be too acidic. It is desirable to use water that maintains a pH of more than 5 Torr. Therefore, Neutral tap water or groundwater (mostly expected pH 6 5) of weak acid is more suitable than weak steamed water. The water of ρΗ6·5 is more likely to produce H〇CL. An unscented saline solution produced by an electro-acid or a mild aqueous solution can maintain a high bactericidal effect of more than 50% H〇CL, or more desirable than a HOCL. Moreover, the 'manufacture of the g-free physiological saline touch device simply includes a container for storing the saline solution, the negative electrode unit and the positive electrode unit and the battery supply unit disposed in the container, so that the number and weight of the parts of the device are compared with the existing ones. Device 200812918 is drastically reduced, and the manufacturer can carry the device. Therefore, the user or the consumer directly produces the high-killing phytosanitary HC) CL, which is a sterile physiological saline solution of a full age and is convenient to use. Therefore, compared with the conventional sterile physiological saline containing polychlorin which may cause side effects, the ratio of the use of the test water H〇CL is reduced by about 5%, and the present invention is used for the manufacture of the physiological saline solution. It has the advantage of obtaining sterile physiological saline having a low amount of high efficiency and reducing side effects. Most importantly, the method of the present invention for use of <®®" physiological saline ensures efficient bactericidal ability with a relatively small amount of 3 ppm to 1 ppm of chlorine due to the fact that most of the chlorine is effectively sterilized. In particular, the tap water and groundwater obtained are weak acid or neutral water with a pH factor of 6.0 to 7. ,, and (10) difficult to use. We have a high ratio of HOCL_g to make a healthy food and can be used immediately after manufacture. On the other hand, Η〇α, which is produced by electrolyzed water and occupies most of the residual chlorine, has two bactericidal abilities but is unstable in acid or neodymium, and the amount of HOCL tends to decrease when 峨3 is reduced. Therefore, in reducing the half-test, sterile physiological saline should be used within 3 minutes, such as cleaning contact lenses, applying to the eyes or rich sputum, applying to allergic skins, teeth, hair, hair, sigma, mouth The shape of the vagina or uterus or athlete. On the other hand, the mammal's semi-reduction period extends to 44 hours, so the time for sterilization in the body is sufficient. Sterile physiological saline through (four) allergies - the cause of conversion protein energy 11 200812918 for treatment - allergies, rhinitis and can be sprayed on the throat in 3 minutes after manufacture for disinfection of the mouth or throat. Moreover, the athlete's foot, an inflammation, and an injured area can be treated by spraying sterile saline for 3 minutes after manufacture. In the case of applying to vegetables and domain fish, T can be simplified. In the 3 knives after the manufacture, the g-free physiological saline (4) is used as a preservative solution instead of the conversion product and the anti-side solution of the kitchen and shoes. Moreover, the innocent saline solution within 3 minutes after manufacture can be applied to the uterus or vagina for treatment (human mastoid tumor), tooth contamination, and bacteria and mouthwash. It is most desirable to use sterile physiological saline after manufacture, but if the physiological saline is used to make the female sewn from 3 minutes. Replenishment of 3 cents can be reduced by half. Once the half-life reduction of the inhaled HOCL’HOCL is extended to 44 hours, the disinfection time is sufficient in the body. However, 'in the case of application to a sensitive area, for example, the bronchus, the eyes, the inside of the nasal cavity, the contact lens or the throat, it is desirable to have a control for the pool water standard that meets the US Consumers' Union for less than 1无菌 mg/liter of residual chlorine in sterile physiological saline. In this aspect, the manufacturing of sterile physiological water (4) is portable, and the electrical subtraction from the portable battery is 3 ‘G to U.0V. Here, the DC power is designed to be controlled in proportion to the amount of water... The positive electrode panel and the negative electrode panel are supplied with a small amount of direct current of 8 mA/cm 2 to 52 mA/cm 2 per unit area. Moreover, the operating time of the direct current increases in proportion to the amount of water. In this way, the residual chlorine control is lower than ι〇 mg 12 200812918 / liter. Because the healthy DC power is called - there is a (four) ability (10) to the time, the time from the battery to supply power is set to 1 〇 to Deng seconds, when the user can record for up to $ minutes, the manufacturer should use the sterile physiological salt. Water is gone. ~ The battery can be made for the differential current. It is ashamed that a device for controlling the residual chlorine in the manufacturing domain of physiological saline can be manufactured as a portable device. . Therefore, for the human body, in the case where the sterile physiological saline is applied to the human body, it is desirable to use #pH 6.5 to pH 7.5 suitable for human body fluid. - The present invention provides a portable wearing surface for the manufacture of sterile physiological saline, which comprises storing and mixing the mixed tap water, ground water, water and purified water - and the food is dissolved in the salt water container - contains _ The negative electrode unit in Yu Rong's crying and the electrode of the positive electrode unit opposite to the negative electrode unit, the battery supply unit for supplying the direct current to the negative electrode unit and the positive electrode unit; and the water supply of the salt water The nozzle of the tube, and through the electricity supplied by the battery, is applied to the electrode of the oxidized ship, which is a single-city oxidized ship. The salt water is sprayed, and then the sterile physiological saline solution is sprayed through the tube.本 'The present invention provides a device for manufacturing a sterile physiological saline solution, comprising: a container having a water receiver for storing water; at least one negative electrode in the water receiver; at least a positive electrode opposite to the negative electrode in the water receiver and a battery supply unit for supplying current to the two electrodes; wherein at least the negative electrode protrusion is formed on the negative electrode and at least − opposite to the negative electrode protrusion “the positive electrode protrusion is formed on the positive electrode 13 200812918 on. Under the condition that the current is supplied to the negative electrode and the positive electrode, the permeation charge is concentrated on the negative electrode. The pole protrusions generate more intense entrapment in the negative electrode projections. Here, it is desirable that the protrusions are formed in plural. The water between the negative electrode protrusion and the positive electrode protrusion is electrolyzed after the current supply, age, distance, and the positive electrode protrusion. Here, an oxidizing agent (7), HA, an OH group, HOC1, and a bactericidal microorganism, a virus, a fungus, and a bacterium are produced. The formation of the oxidizing agent and the sterilization process are carried out by the following procedures (1) to (5). (1) The process of ozone generation begins with electrolysis of H2 and is finally completed by the combination of hydrazine and hydrazine. Ads + e" H20 -> H+ + (OH) (OH)ads -> (〇) ads + H++ e-2(OH)ads 02 + 2 H+ + 2e- *2(0)ads Today 2 ( 〇) ads + 02 〇3 (2) H2〇2 is generated by a direct process of electrolysis 02 and an indirect process of combining 0H radicals generated by 03, ie: direct process: 14 200812918 〇2 + e 02 02 + 2H+ + 2q ^ h202 Indirect process: ΟΗ·+ ΟΗ· Η2〇2 (3) Η〇α is formed by chemical reaction of 〇2 with (2 in water (10). 2Cr Cl2 +2e' 2H20 + 2 e" H2 + 2〇H'

Cl2 + H20 HOC1 + H+ + cr (4) The 〇H group is produced and quickly disappears for direct measurement, but in the case where ozone is present in water, the OH group is from H 与 2 or 〇 h-conjugate base H 〇 Formed in a 2-formyl chain reaction. 〇3 + OH+-based chain reaction·>〇Η· 〇3 + Η02 (共2〇2 of the common-chain-based chain reaction to this day (5) Microorganisms present in water are removed or become inactive by oxidants The following microorganisms are removed by electrosorption and the following micro-organisms are passed through the direct band. 15 200812918 Reaction removal The following are the removal of microorganisms: Μ (microorganisms) current electricity adsorption + inactivity and: Μ (microorganisms) + 03+ inactive Μ + ΟΗ·+ Inactive M + HOC1 is now inactive and removes microorganisms: Μ (micro-tissue) + e- + Μ- and: M (micro-tissue) + 03 product M + OH·+ product M + H0C1+ product, that is, during electrolysis The oxidant or bactericide is actively carried through the different oxidants (〇3, H202, H0C1, sulfhydryl groups) formed in the formulas (1) to (5), and after the electrolysis, due to the residence characteristics of the HOC1, the sterilization process can Sustained to contain H5N1, which produces uterine cancer and fungi, HPV (human papilloma) can be sterilized. Here, H2〇2 produced during electrolysis can generate free radicals, Η〇·+〇· These free radical proteins Decomposed into low molecular weight peptides and amino acids such that the egg-white matter becomes a water-soluble substance and accumulates in a double binding region, and forms an epoxide_ (for example, 'C=C_R becomes CCR). Specifically The radical formed in η2〇2 is highly reactive due to its own stability and attacks other organic molecules like proteins, so the oxidation of Η202 decomposes protein f into amino acids, water-soluble substances and causes allergies. Removal of protein. For a relatively long period of time, it is coated with electrolysis. In order to remove the protein from the cause of the disease, it is desirable to contact the oxidant for, for example, 30 seconds to 2 minutes. Because of this, it is expected that the protein will be sprayed in the electrolysis. The oxidant produced is maintained in the shape of an inverted cup that is in contact with the skin to facilitate the contact of the oxidant with the skin. Jing You said that 'having an effective impurity is also a knot, a fairy, 1 w ^ ^ _

May produce an appropriate concentration of oxidant 17 200812918 For controlling salinity below 〇·9% just 〇·9% or more than 〇.9%. Here, the negative electrode and the positive electrode are formed in a panel shape, and protrusions formed thereon in a cylindrical shape or having sharp terminals are formed opposite to each other, so that more electric charges can be concentrated at the terminals of the projections, and thus electrolysis can be performed more rapidly. Moreover, in order to produce more fine wheels and turns on the unit area, the plurality of pairs of panels or rods are preferably formed. Therefore, the apparatus of the present invention can be used for a long time without a change in the battery. On the other hand, the squeegee panel forms a branch protrusion from each surface of the negative electrode of the panel shape and the positive electrode protrusion of the panel shape, and the negative electrode panel branched from the negative electrode and the positive electrode panel branched from the positive electrode are arranged one behind another, and further, the negative electrode The protrusions and the positive electrode protrusions are formed in the opposite branching panels so that the electrolytic area in the smallest portion can be maximized. Moreover, an additional branch panel can be formed from the branch panel and the rider pole projections and positive pole bumps are formed on opposite sides of the other branch panels extending from the negative and positive poles. Here, in order to generate more violent electrolysis in the vicinity of the negative electrode protrusion and the positive electrode protrusion, it is desirable that the negative electrode positive electrode is subjected to _ or (four) pumping. Here, the slit covers the entire recording surface of the electrode, but the portion where the negative electrode protrusion and the positive electrode protrusion are more effective than the other parts. The trapping effect is obtained by aggregating charges or replacing the recesses formed by the negative electrode bumps and the positive electrode bumps on a specific area. On the other hand, in order to reduce, if the negative electrode protrusion and the positive electrode protrusion are replaced by a platinum-only protrusion, the protrusion can be replaced by a screw connection. 200812918 Manufacturing Costs 'The negative electrode protrusions and the positive electrode protrusions can be coated with titanium or made of titanium or carbon. In order to prevent the electrode from being damaged by current in a container free of water, the present invention includes a sensor for sensing the presence or absence of water in the container. Moreover, the apparatus of the present invention further includes a support having at least one negative electrode slot for fixing the negative electrode and at least one positive electrode slot for fixing the positive electrode, the support connecting the cathode of the battery to the negative electrode slot (ie, the negative electrode) and The anode of the battery is connected to the positive electrode tank (ie, the positive electrode). Therefore, the electrode can be easily installed and replaced in the valley only by being inserted into the groove of the support. The water contains tap water and ground water. In-face, a saline solution can be used to produce more intense electrolysis. In another aspect, the present invention provides a device for manufacturing a sterile physiological saline comprising: - a tube; at least one negative electrode having at least - a negative electrode protrusion in the tube - at least - having at least - opposite to each other The positive electrode of the positive electrode and the battery supply unit for supplying electric energy to the positive electrode of the ytterbium.

By supplying the current to the bungee and the positive pole of the official towel, the current is quickly connected; the poison or the sterilization; ^ in the L-JC at this point, it is expected that the negative electrode and the positive electrode are formed to be sufficiently long to be sterilized and flow along the tube. Water. > In another aspect, the present invention provides an apparatus for manufacturing a sterile physiological saline solution, comprising: a reservoir for storing water; at least - an electrode unit to be mounted; _ a negative electrode and a battery supply unit that is opposite to the negative electrode at a certain interval and supplies current to the electrode unit; and a nozzle that sprays water inside the device. After the preparation of the physiological saline solution, it is convenient to directly spray the sterile physiological sputum water for sterilizing or cleaning the inflamed area, the injured area or the inside of the nasal cavity. Therefore, it is not necessary to spray a conventional method of purchasing water that has been produced for a long time under high temperature and high pressure. Instead, the maker can finely illuminate the oxidized surface produced by electrolysis in a short period of time. Therefore, it is possible to prevent the use of contaminated water or different side effects caused by the use of stab-resistant saline, and it is simple, and. The flipping device can be manufactured to a compressed size so that the user can use the device as a portable member. Here, it is preferable to include a plurality of negative electrode protrusions formed on the negative electrode and positive electrode protrusions opposed to the negative electrode (four). When the current is supplied to the drain and the positive electrode, this generates more charge accumulation or concentrates on the negative electrode protrusion and the positive electrode protrusion so as to induce the mosquitoes between the electrodes opposite to each other, and only S requires a small amount of electric energy ribs to rapidly manufacture the sterile physiology. Saline solution. Here, the negative electrode and the positive electrode are formed in a panel shape, and are formed in a columnar shape or protrusions having sharp terminals so as to be formed opposite to each other, respectively, so that more charges can be collected at the terminals of the protrusions, and thus the electrolysis can be more rapid. Moreover, in order to induce more intense electrolysis on a unit area, the negative electrode and the positive electrode are preferably formed with a plurality of pairs of panels or rods. On the other hand, the surface of the negative electrode panel and the positive electrode of the panel shape of the negative electrode and the panel shape are branched, and the negative electrode panel 20 200812918 branched from the negative electrode and the positive electrode panel branched from the positive electrode are connected to each other. The columns are arranged opposite each other, and the protrusions and the positive protrusions are divided into the branch panels of the yam so that the electrolysis area in the inter-tr can be maximized. Moreover, the additional branch panel can be from the blade axis, and the negative protrusions and the positive protrusions are formed on the opposite sides of the other branch plates extending from the negative electrode and the positive side. Here, in order to generate more electrolysis in the vicinity of the negative electrode protrusion and the positive electrode protrusion, the period _ Γ · positive electrode is transferred to the money. Here, Wei covers the solidified electrode, but it is more effective in thickening the panel in which the negative electrode protrusion and the positive electrode protrusion are formed. The same effect can be obtained by ‘or’ instead of the formation of the protrusions and the accumulation of charges on a specific area. Further, > the negative electrode protrusion and the positive electrode protrusion (10) are formed and formed into a suitable size, and can be replaced by a screw connection protrusion. On the other hand, in order to reduce the manufacturing cost, the gate protrusions and the cathode protrusions can be made of titanium or made of titanium. A. The user also conveniently sterilizes the I-suit in the container by simply pressing a switch, and further includes - off to provide the workplace-electricity. ^This supply is an AC I with AC to DC voltage converter. However, for the convenience of the user, it is more desirable that the power supply is -3^ to 12乂. The portable battery is easy to purchase, so that the device can be realized. It is portable. Here, the battery can be recharged. That is, the manufacture of the sterile physiological saline of the present invention 200812918 has the advantage of (iv) less electrical energy, and the current supplied from the electrode unit can be supplied from the portable battery, thus obtaining an additional advantage of portability. On the other hand, the container can form a large chamber for storing a large amount of water, and the manufacturing device is used at the age of the ship--the special purpose can be supplied to the smoker. That is to say, such a large size can be a hospital or a dental brief, secretly sterilized or disinfected inside the mouth or - to be treated by the Wei domain. In the large container, it is desirable to install a larger one and a small amount of electricity and the converter converts it into a direct current supply electrode. In order to release the single heat of the electrode, at least the heat sink for releasing heat is formed adjacent to the electrode, and may also include a blowing fan 0 for blowing away heat transferred to the heat sink for the purpose of manufacturing a sterile physiology. The salt water dress contains a first room, the water in the container can flow to its towel at least - the Wei pole unit, and: - room 'its towel money pool for Lin Yuan and (four) The towel chamber and the chamber are separated by a partition to prevent water in the chamber from penetrating into the second chamber. Make her hair in the unit, so - the rubber ring is formed in the ^ partition ^ early reduction should be prevented; 2 and '- the circulation fan is installed in the first room - __ room and Rong Cry 7 Μ close to the electrode Aseptic physiological saline follow. Here, the electricity is supplied to the electricity _ yuan _ after the money. Therefore, it can quickly = 22 200812918 Water maintains the internal area of Guzhai as a sterile environment. On the other hand, the battery supply unit can reverse the electric direction supplied to the electrode unit. For example, 'anode electrical energy as a positive electrode is first supplied to the electrode unit ^ and then after undergoing - specifying the coffee, the cathode electrical energy is used - the drain is changed to be supplied to the second electrode unit, whereby it can prevent the electrolysis_from the domain Residues on each surface of the electrode. The specified period can be 1 to 10 times or 2 to 5 days in advance or set by the user. The device can use one of tap water, ground water, face core and pure water. In order to generate more intense electrolysis, V and D' can be used as an aqueous salt solution. At this point, 'despite the water or pure water to store the groundwater with the point impurity, it can be directly fine--the point of the tap water or groundwater after the transition in the single vessel. Advance. , ¥ When using a saline solution, although you can use the commercially available food to buy, you can make a suitable salt solution, first filter the groundwater or steam in the container, and secondly, consider the amount of water to be high. The concentration of the saline solution is added to the water towel, and the mixed water and the saline solution are added. The use of physiological saline with a salinity of 0.5% to 5% instead of water maximizes the bactericidal effect and rapidly produces sterile physiological saline by more vigorous electrolysis. Here, when a commercially available physiological saline solution is used, it is considered to be capable of producing a side effect which is allergic to the user, for example, using a fresh saline solution which is prepared in situ by mixing tap water with a concentrated saline solution or salt powder. 23 200812918 ...Technology (4) Water translucent to tender allergic protein shaft to treat one or two:: butterfly coating or applied to the side within 3 minutes after manufacture, sterilization mouth and throat are called ^ and 'money physiological saline through manufacturing In the last 3 minutes, spray the love month b to treat the foot, inflammation and injury area of the sporty shell. In making

In the case of meat or fish, riding a secret - long _. In the face, the period = the direct application of the physiological saline after the production, but within 3 minutes of making money, the rest can be Wei people. Therefore, it is important to be 3 minutes after the manufacture because the effect is drastically reduced after 3 minutes. The experimental data is off to support these results. On the other hand, the present invention k provides a salt sac and an aqueous salt solution sac, which is packaged with an aqueous solution or a food salt which is convenient for producing a salt solution of a desired salinity when a spraying apparatus for producing (4) physiological saline is used. This makes it possible to easily and easily produce sterile water at a place where the user desires, simply by carrying a small-sized salt capsule or sufficient salt to replace the physiological saline salt of 〇·9% salinity. Here, the amount of saline solution or salt encapsulated in the capsule is used to produce water in the container as a saline solution having a salinity of 0.5% to 5%, and is more desirably manufactured to have the best bactericidal effect on the nasal cavity of a patient with rhinitis. % salinity of saline solution. Therefore, the user can prepare a saline solution having a salinity of 0.9% by simply putting the substance in the capsule (i.e., salt powder or a high concentration aqueous saline solution) into the container. Here, the aqueous salt solution can be used as a saturated saline solution. However, it is more desirable to use an aqueous salt solution having an appropriate salinity depending on the amount of water in the container. In another aspect, the invention provides a water filtration device having a filter for filtering 24 200812918 tap water or ground water to facilitate use of the container with purified water. The above and other objects, features, aspects and advantages of the present invention will become apparent from the description. In the description of the present invention, a detailed description of the functions and structures will be omitted in order to explain the gist of the invention. Fig. 3 is a flow chart showing a method for producing physiological saline according to an embodiment of the present invention. Please refer to "Fig. 3" to "Fig. 16". The method for producing physiological saline according to an embodiment of the present invention comprises the step of preparing a weakly acidic water with a neutral water; siio; mixing salt and water to form salt An aqueous solution step sl2(); a step sl3〇 of oxidizing the saline solution ln generated by applying direct current (DC) electrolysis between the positive electrode panel and the negative electrode panel opposite to each other; and adjusting the direct current to supply the electrode unit 140 with a constant supply The direct current step s14, this step is realized by the difference between the reference voltage of the _ compensation battery and the battery supply unit installed in the device 100, and the difference between the reference concentration and the true concentration. ‘In the step S110 of preparing water, the amount of HOC1 in the oxidant produced by the step of electrolysis of the saline solution is maximized by groundwater or tap water with a pH factor of 5 〇 to 7.5. Particularly in the case where sterile physiological saline is applied to a human body, it is desirable to obtain water having a pH factor of 6·0 to 7.5 similar to human body fluid. Under this condition, the long-term Η factor will increase and the water will become inspective. Because 25 200812918 • This, tap water without boiling is expected to obtain weakly acidic or neutral water. In step S120 of generating an aqueous salt solution, salt is added to adjust the concentration to the same 〇·9% as that of the human body fluid, and then injected into the container with a calibration area (not shown) of water and a concentration of 9% by weight. The noodles of the staff mix and shake. 'Here, for users who do not measure the amount of seizure (4), considering that sodium chloride is 35. 8 below 20, 5.0 ml of saturated salt chlorine content of 18 g is used to make a saline solution with a concentration of about 0.9%. . Then, it is easy to measure the amount of this saturated saline solution by reading the calibration scale in the measuring container. The sterilization step S130 is performed by supplying DC power to the electrode unit_ for manufacturing a sterilizing physiological saline device in "Fig. 4" to "Fig. 7". Here, the electrode unit 140 includes a positive electrode plate 141 connected to the cathode of the battery supply unit 16 , a negative electrode panel 142 connected to the anode of the battery supply unit 16 , and a support member 143 . In the "nth figure" of the Mingcha, a plurality of positive electrode protrusions 141a and a plurality of negative electrode protrusions (10) which are tapered and coated with sufficient turning are formed at contact intervals of the positive electrode panel 141 and the negative electrode panel 142 at regular intervals. • The device that relies on the manufacture of the physiological saline solution should start the sterilization step for the electrode panels i4i, 142 supplying DC power, and then the charge is concentrated on the positive electrode protrusions (4) a and the negative electrode protrusions of the supply DC = electrode panels (4), 142. Therefore, the private solution is generated from the aqueous salt solution between the protrusions 141a and 142a, and then sufficient oxidizing agent (〇3, h2〇2, fine} 〇H group, etc.) generated within 30 seconds to 3 minutes of electrolysis is started. _ and microorganisms in the salt solution of dead salt. Through this process, 26 200812918 produced sterile physiological saline. Specifically, 〇 produces strong oxidation, which kills bacteria and viruses and removes spores. 〇H_ acts as an -inspective element to remove heavy metals and increases the dissolved oxygen in water' 03 only in electrolysis _, which has the bactericidal power to remove viruses, fine and pure. · The above-made _ physiological saline can allow a certain degree of physiology to hide, New Zealand field 8 and Shashilong should not live and the bacteria will not exceed the touch / gram or w liter. At the same time, the residual chlorine _ = H 〇 C1 can effectively be a virus, _, microorganisms in the silk-age solution (1). The step S140 of adjusting the direct current is implemented by one of the circuits shown in "Fig. 16". Since the electrode unit (10) wipes the squaring and the scale to the DC red value, the circuit = the consumption of the charged battery supply unit (10) and the brine concentration _ while maintaining the strange DC power. The circuit shown in FIG. 15 is formed as a smooth: under-inverted direction of direct current supplied to the positive electrode panel pole face panel 142, that is, the electricity that was previously the negative electrode is used for the negative electrode panel 142 and is previously positive. The electrode panel is used in each of the panels 141, thereby preventing adhesion to the electrolyte on the 'panel. To this end, the four transistors TR1, TR2, TR3, tr: elements are formed into a row of two transistors ^ 181.182 Γ θ10 ^ TR2 ^ tr3 ^ ^ tr4 The straight machine flows from the first contact point (8) to the second contact point, And in the case of the 27 200812918 ancestor, the second contact point 182 flows to the first contact point 181. Here, the salt solution ln between the positive electrode panel 141 and the negative electrode panel 142 functions as a resistance ma of a circuit shown in Fig. 18. Therefore, the electric resistance between the positive electrode panel 141 and the negative electrode panel 142 can be different, and the value of the direct current supplied to the electrode unit 140 can be different depending on the operation of the user who performs the concentration adjustment of the saline solution hi. To compensate for this difference, the resistors are connected in series to the battery supply unit 160 and the DC power of the resistor R1 is measured. For example, in the case where TR1 and TR4 are turned on and TR2 and TR3 turn off the direct current from the first contact point 181 to the second contact point 182, the value of the resistor R1 is measured as a pulse type such as reference numeral 66. Here, when the pulse type current exceeds the value applied to the electrode 140, the resistance llla of the physiological saline solution 88 is slightly increased by slightly increasing the base current of the TR1 and TR4, and some voltage is consumed in the 仏丨 and ^^ . Therefore, the pulse width is narrower than before, and thus the voltage applied to the physiological saline 88 is also small. Therefore, the current applied to the electrode 14 can be reduced and can match the current value applied to the electrode 140. Similarly, in the case where the current measured by the resistor 丨 is smaller than the current applied to the electrode 140, the resistance 111 & of the physiological saline solution 88 is stabilized by the slight decrease in the base current of TR1 and TR4, and the hair is reduced. The pressure is lower than TR1 and TR4. Therefore, the pulse width is wider than before, and thus the supply to the physiological saline 88 becomes larger. @The, the current supplied to the electrode 140 can be increased and can be expected to meet the desired value. That is, by controlling the pulse width of the current waveform transmitted to the integrated circuit 153, the change in resistance corresponding to the difference in concentration of the saline solution 28 200812918 can be compensated using TRJ to 1116. A similar principle is also applied to the DC compensation, which is caused by a decrease in the voltage applied to the electrode unit by the use of the battery supply unit 160. The starting voltage of the battery supply unit 16A of the apparatus for producing the sterile physiological saline was 3·3 ν, but the voltage was lowered to 2.3 V with time. Therefore, although sterilization is performed for a set period of time, physiological saline supplied with direct current may cause excessive or too little bactericidal action. In order to solve this problem, the DC power supplied to the resistor R1 is estimated by measuring the DC voltage of the resistor R1 connected in series with the battery supply unit 160. (In "Fig. 15", the DC power flowing into the resistor R1 is equal to the DC power supplied to the electrode unit.) Then, in the case where the DC power flowing into the resistor R1 is larger than the DC power supplied to the electrode unit 140. The base current ι 打开 of the open transistor is increased to generate more voltage in the transistor so that the DC power supplied to the electrode unit 14 连续 can be continuously maintained. Therefore, although the concentration of the aqueous salt solution or the voltage of the battery supply unit 16 is unstable, the DC power supplied to the electrode unit 14 can be constantly maintained. Moreover, sufficient sterile physiological saline can be obtained reliably and safely. Hereinafter, the portable device 100 for manufacturing a sterile physiological saline solution of the present invention will be described. Referring to "Fig. 4" to "Fig. 13", an embodiment of the present invention is used for the manufacture of sterile physiological saline. The water device comprises: a water trough state 110 for storing water in the manufacturing domain, a spraying unit for spraying sterile water to the injured area or the inside of the nasal cavity 29 200812918 120; - a substrate attachable to the bottom of the container 11 13 〇; several electrode units 14 配 disposed in the base seat 130, where water can flow into the container 11 以 to produce sterile water; one for controlling the electrode unit 14 〇孓 controller 15 〇; A battery supply unit 16 for supplying electric power to the electrode unit 140. The assembly 110 includes a holder 11 for storing water, and a ring member 112 is inserted into the bottom surface of the holder 11 to prevent water from leaking outward from the holder (10). Here, such as a shirt injury The area is easily contaminated by impurities, although the water used may be more bribe or pure water for tap water or ground water. Moreover, tap water or ground water can be produced after using the pure phase of the container. Here, the food and water periods are in rapid electrolysis' and have the best effect on (4) or cleaning the inside of the nasal cavity. Therefore, it has a salinity of from 75% to 1%, preferably (d). Thank you for your salt water. Here, the period of fine food, because the salt water has ^ electrode electrolysis 'and _ for salt, she _ the most toxic or clean the nasal cavity. Therefore, it is effective to make a saline solution of a human body. ^ 1 degree spray unit 12 〇 対 卿 卿 _ _ her 10 (10) top spray container 121; one for / eternal + 〈 nail phase, for vertical water through sterile; 122, for Sterile water self-supporting, the main body of the scorpion 110 is sprayed to the outside; the outer surface of a form 121 is used for mouth coating; the direct adsorption chamber of the adsorption force 124, Tian, Shuo 3; and - formed into the first -, used to pump a few bacteria water from the inside of the holder 110. 30 200812918 Department. Here, in order to spray the sterile water to the outside through the spraying unit (10), the user presses the device in the direction of the arrow in "Fig. 4", and the weave surface water is drawn toward the spray by the instantaneous volume change of the spray chamber U2 through the vacuum chamber 124. Unit 12〇, and no water was sprayed in the form of tiny water droplets through the pour single 7^12G. In the money, the round, Yin, (not shown) is installed in the vacuum chamber 124 to thereby restore the volume of the vacuum chamber. In Lai, due to the lack of charm food _ acid, in order to prevent the bribe spring, the round spring is made of _ spring metal. Although the round spring can be made of plastic, = when the repeated load is not good, the plastic is not suitable for making rounds. The base seat 130 is coupled with a thread formed on the bottom side of the inner surface of the retainer 11〇, and includes a first chamber (3) for bribing the electrode unit (10); a first portion of the battery controller unit 10 and the battery supply unit (10) The second chamber 132 and the indicator 134 for the state of the display operation. Here, the first chamber 131 is formed such that 13U in the container 11〇 flows therein, and the second to 132 are formed to be separated from the first chamber 131 to prevent water from penetrating into the first chamber 13 and the second Room 132. When the maker presses the job _ 133, the electric energy between the electrode units (10). The horse 4 electrode unit 140 uses a kidney scorpion, and is fastened to one of the first chambers 131 by a fastening screw (4) and connected to the _ to facilitate self-control, please supply electricity = 200812918. Here, in order to connect between the electrode unit 140 and the power supply rods 16i, 162 of the controller, a hole (not shown) passing through the partition 148 of the electrode unit 140 is formed, in which the electrode unit 14 is formed in the partition 148. Moreover, a rubber gasket 148a is attached around the bottom side of the support member 143 so that water cannot penetrate through the hole from the first chamber 131 into the second chamber 132. Here, the 'rubber liner panel is formed on the bottom side of the partition 148, The diameter is larger than the inner diameter of the first chamber 131, so that the rubber gasket is tightly inserted into the inner surface of the first chamber 131, thereby preventing water in the first chamber 131 from penetrating into the second chamber 132. Therefore, the diameter d of the partition 148 is smaller than the inner diameter d of the first chamber 131 so that the rubber gasket 148a can be made waterproof. Here, the rubber pad 148a can be implemented as a ring instead of a panel to cover the edge portion of the spacer 148. On the other hand, the electrode unit 140 can be formed as one of the electrode units 140, 240 described in "Fig. 3" to "Fig. 9", and can also be mounted horizontally or vertically. The controller 150 includes a control circuit fixing panel (5); a control circuit for controlling a change in the direction of the electric energy supplying the electric energy to the electrode unit 140 according to the working state, displaying the working condition through the indicator 134, and fixing the panel according to the circuit The input of the work switch is instantaneously supplying electric energy to the electrode unit 140; a battery storage unit for storing the battery for supplying electric energy to the electrode unit 140; a bottom plate 154 fixed to the bottom surface of the control circuit to be reversed 151; and an optional The battery cover 155 of the hole 154a of the bottom panel 154 is opened or closed. Here, the 'side wall 151a is upright and is formed to protrude along the circumference 32 200812918 of the control circuit fixing panel 151, and the top surface (ie, the edge) of the side wall 151a is opposite to the top surface 132a or the rubber gasket 148a of the second chamber 132. Contact, thus stably maintaining the second chamber 132 for mounting between the control circuit fixing panel 151 and the partition 148. That is, the space between the top surface of the protective circuit fixing panel 151 and the top surface 132a of the second chamber 132 is used to fix the control unit 152. Then, the mounting of the controller 15 and the battery supply unit 160 in the base holder 130 is completed through the hole 155b of the bottom panel 154 by fastening the fastening bolt 156 to the hole 151b of the control circuit fixing panel 151. 133a is a signal line connected to the controller 150, the work switch 133, and the indicator 134. 155a is a metal panel that provides electrical energy to the battery supply unit 160. An additional signal line of a metal panel 155a is coupled to the controller 15A. The battery supply unit 160 includes a battery supply unit wo, a positive power supply rod 161, and a negative power supply rod 162. The power of the power source is supplied to the electrode unit 140 through the positive power supply rod 161 and the negative power supply rod 162. In this regard, when the electrode unit 14 is mounted in the first chamber 131, if the control circuit is fixed to the panel 151 and the bottom panel 154, the positive power supply rod 161 and the negative power supply rod 162 are electrically connected by the fastening bolts 156. The pole units 140 are connected. And thus the electrode unit 140 can supply the current of the battery. The principle of the present invention for manufacturing a sterile physiological saline device will be described below. Before the apparatus for manufacturing sterilizing water is put on the market, the manufacturer preliminarily calculates the sterilization optimum time of the water in the holder 110 and causes the control unit 152 to record it. After purchasing the device 1 and using the sterile water produced by the device to sterilize an injured area or nasal cavity 33 200812918, the user injects relatively clean tap water or groundwater into the container no. Of course

Thereafter, by opening a salt sac (not shown) having a relatively high salinity and water and mixing the water in the capsule and the container 110 to produce a physiological saline having a salinity of 0.9 〇 / ,, The water in 110 tends to be the same as the concentration of physiological saline, that is, the salinity is 0.9%. On the other hand, a commercially available physiological saline solution can be used. Then, the user presses the work switch 133 for sterilizing the water in the container 110, and then the negative electric energy and the positive electric energy are respectively supplied to the negative electrode panel and the positive electrode panel in the base seat 13G only at the preset time. At the same time, the current job signal appears on the indicator 134 to indicate that no power is supplied to the electrode unit. In the case where the county 11G towel is not water, the positive electrode and the negative electrode are automatically phase-separated from each other to cut off the current, because at this time, there is no medium to transfer current between the positive electrode panel 141 and the negative electrode panel 142. " In the preset time, with the supply of the power source, the violent electrolysis is produced in a short time; the oxidant' and the circulation fan (not shown) in the base seat 130 causes the water to circulate from the first; At the same time, the ventilation fan (not shown) which is generated in the electrode unit 14〇 is removed from the electrode unit 14 (the figure is not shown), so that the opening of the hot air meter (the figure is not shown) is excluded. hot air. After sterilizing the oxidant from the electrode for a preset period of time, " After the sterilization process is completed, the user can place the ^ 120, coffee and = shirt. Otherwise, the user can apply a single sheet of water through the separation HH. There is a continuation of the domain to enter the capacity of the person 11 (4) to maintain no s secret test _ (4) and clean Wei. 34 200812918 System, on the one hand @Users use the device 100 two sterile water again after using 1 to time, the current supplied by the battery supply single magic (9) is reversed. Therefore, the anode and cathode of M0 can maintain a clean environment without electrolyzed materials. ...: and the different control times for the delivery of electrical energy to the shirt ^70 14G are generated based on the different recognition of the press-off 133. That is, due to the general water

After the reaction time of water and silk, the user can control the time by pressing the work switch according to the type of water. Alternatively, the application of electrical energy to only a portion (not all portions) of the electrode unit 140 can achieve the aforementioned similar effects. In other words, please refer to "Fig. 9". The apparatus for manufacturing a water-free apparatus according to an embodiment of the present invention uses the following principle to mount the positive electrode panel 14i and the negative electrode panel at a certain distance in the salt solution ln of the container 11G. 142. Further, the electric energy generated in the water-cell supply unit 16 via the power supply line 161 generates electrolysis in the water and kills the bacteria or virus using an oxidant such as ozone or hydrazine H-based generated by electrolysis. More specifically, the electrode unit 14A according to an embodiment of the present invention can be formed into one of the electrode units 14A and 240 shown in "Fig. 9" to Fig. 15". As shown in Fig. 9, a device 1 having an electrode unit 14A includes a container 110 for storing the saline solution 111, an electrode unit 140 fixed to the bottom surface of the container 11, and an electrode unit 14A. A battery supply unit 16 that supplies electric energy. The battery supply unit 160 can use direct current converted from direct current or alternating current supplied from the battery. A positive electrode line 161 from the battery supply unit is connected to the positive electrode panel 141 and a negative electrode line 162 is connected to the negative electrode panel 142. 200812918 Please refer to "Fig. 9" to "13w". The electrode unit 14A includes a positive electrode panel 141 having a plurality of positive electrode protrusions 141a on its surface, a negative electrode panel 142 having a plurality of negative electrode protrusions 142a, and a fixed container. The bottom surface of the support member 143 for fixing the positive electrode panel i4i and the negative electrode panel 142 through the fixing hole 143a of the support member 143. Here, the positive electrode panel 141 and the negative electrode panel 142 are fixed to the support member 143 at a certain distance and have a positive electrode protrusion ΐ4ι& and a negative electrode protrusion 142a' positive electrode protrusion 141a and a negative electrode protrusion 142a protruding from the side surface B. Opposite to each other, the charge transported to the electrode panel 14 142 is concentrated on the front end A before the protrusions 141a and 142a. Therefore, the amount of electric energy of the sample can generate more intense electrolysis between the positive electrode protrusion and the negative electrode protrusion. Moreover, the positive dog 141a and the negative electrode protrusion 142a are coated with more self-electrolysis to be more active than other portions. Referring to the "nth diagram", the support member 143 includes a recessed connection slot 1431 for fixing the positive electrode panel l4i and a recessed connection slot 1432 for fixing the negative panel 142. Referring to FIG. 13, a positive line (6) is connected to the recessed connection slot 1431 of the positive electrode panel i4i and the negative line 162 is connected to the recessed connection slot 1432 inside the support member 143 so that the electrode panel 14 can be simply passed through. Insertion of the 142 into the support member 143 slots 1431, 1432 provides an environment for supplying electrical power to the electrode panels (4), 142. Here, for the sake of convenience, the power supply line I6 162 is indicated on the side of the "U-picture", but actually, the power supply is realized by not inserting the power supply rods 161, 162 as in "Fig. 5" 36 200812918. When the platinum of the electrode panel 14 is used, the electrode panel 14 can be separated and replaced with new electrode panels 141, 142 and inserted into the slots 1431, 1432, respectively. Therefore, the apparatus for spraying sterile water can be used permanently as described above. Hereinafter, a device 1 having an electrode unit will be described. When the user wishes to use the device 1 to manufacture water to destroy or sterilize the virus, the user injects weak acid into the container 110 in neutral water (for example, tap water) and delivers electric energy from the battery supply unit 160, and then supplies the electric energy to the positive electrode. The connection slot 1431 of the panel 141 and the connection slot 1432 of the negative electrode panel 142. Then, the positive electrode power is supplied to the positive electrode panel 141 through the respective connection slots 1431, 1432 and the negative electrode power is supplied to the negative electrode panel 142. Here, as described above, the current can be calculated by measuring the voltage Vcc applied to the resistor R1 connected in series with the battery supply unit 16A. Then, by comparing the measured voltage applied to the resistor R1 with the voltage to be applied, when there is any difference therebetween, the current applied to the electrode unit 140 through the base current 18 of the control transistors TR1, TR2, TR3, TR4 can be continuously maintained. . Here, electric energy is applied to the positive electrode panel 141 and the negative electrode panel 142, respectively, and charges are accumulated on the respective electrode panels 141, 142, which are opposed to the positive electrode protrusion 141a and the negative electrode protrusion 142a. Therefore, electrolysis between the protrusions 141 & 142a produces an oxidizing agent such as ozone, H〇CL, 〇H-based or the like so that it cleans, disinfects, and sterilizes residues, impurities, viruses, and bacteria in a short period of time. Especially with the weak acid added to the neutral saline solution being electrolyzed, most of the residual chlorine from H〇CL has high disinfection ability, and the bacteria, fungi, protein 37 200812918 in the saline solution can be killed in a short time. dead. - The device 100 is only required to have protrusions (4)a, like electrode panels (4), (4) inside the container so that it can be designed to be portable. Here, it is possible to include - and control of a leaf timer H, to generate electrolysis for a preset time. Sterile physio-salt nuclear glutinous glutinous rice # 纤 之 之 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生Le spray can treat athletes' feet, inflammation and injuries. In the case of vegetables, meat or fish, the freshness can be kept for a long time. Sterile physiological saline was used as a preservative solution for kitchens and shoes by replacing the chemical with a preservative solution applied to the operating table at 3 minutes after manufacture. In addition, sterile physiological saline is manufactured by: after 3 minutes of application, it can be used for uterus or vaginal treatment to treat sputum (milk sputum) contamination, teeth and bacteria, oral mouthwash. The following tests were conducted for the efficacy test of the above-mentioned portable device for producing g-free physiological saline. Please refer to Figure 8 for a pair of negative and positive panels so that the % small protrusions face each other. Then, in the case where the electric energy of the battery supply unit (10) was electrolyzed to a 0.9%-concentration saline solution, the amount of residual gas during the electrolysis was reduced for 1 second. As a result, as shown in "Fig. 16", the rise and fall of the test after the electrolysis was performed with time. After about 5 minutes, the concentrations of sterile physiological saline H〇CL in electrolysis (1) seconds, 20 seconds, and 30 seconds were 〇6 mg/L, 0.8 ng//L, and 0.95 亳g/L, respectively. In other words, the cancer sputum physiological saline of the embodiment of the present invention 38 200812918 has a high ratio of hocl which can be effectively sterilized, but the hocl contains a sharp drop within 3 minutes after the manufacture. Therefore, sterile saline should be used within 3 minutes to maximize its effectiveness. Moreover, it is known that the CT (concentration * time) of free chlorine which can remove 99% of underground microorganisms is 0.13 mg / liter / minute. Here, CT (concentration * time) is punctured by the concentration of free chlorine and __ (read). This means that it is necessary to determine the amount of chlorine (mostly purely HQCL here) and to remove microorganisms. Therefore, if the concentration of (10) is appropriate, _ can be shortened. Under these conditions, this experiment shows the CT value of residual chlorine. [Table I]

39 The direct current of 200812918 was applied to a 30 ml saline solution having a concentration of 〇·9%. Microbial inactivity was measured after 20 seconds of electrolysis and during electrolysis, and the results are shown in Table 2 and Table 3: [Table 2] Escherichia coli (bacteria)

Time after period ^(#) N(CFU/mL) N/No L〇g(N/No) Time (seconds) N(CFU/mL) N/No Log)N/No) 0 1.50E+07 1.000000 0 0 1.50E+07 1.000000 0 5 0.00E+00 〇.〇〇〇〇〇〇0, 1.00E+0.5 0.006667 -2.17609 15 O.OOE+OO 〇.〇〇〇〇〇〇5 0.00E+00 〇. 〇〇〇〇〇〇30 O.OOE+OO 〇.〇〇〇〇〇〇[Table 3] MS2 bacteria (disease). Time after period (seconds) N (PFU/mL) N/No Log (N/ No) Time (seconds) N (PFU/mL) N/No Log)N/No) 0 8.90E+06 1.000000 0 0 8.90E+06 1.000000 0 5 3.96E+06 0.444382 -0.35224 0, 1.00E+03 0.000112 -3.94939 15 1.10E+04 〇.〇〇〇〇〇〇-2.90998 5 3.30E+02 〇.〇〇〇〇〇〇-4.43088 30 0.00E+00 〇.〇〇〇〇〇〇10 0.00E+00 〇.〇〇〇〇〇〇, CFU/ml means the number of live microbial E. coli per 1 ml, does not mean the starting number of living organisms, N is the number of living organisms over time, 40 200812918, and log Means a common logarithm with an index of 1〇. As shown in Table 2, in the case of C. coli, 'less than the total number of microorganisms remained active after electrophoresis for 3G seconds and 99% of the microbial scales were not _ (also because the log (N/No) is less than - 2. This proves that more than 99% of the microorganisms remain inactive). Therefore, if a pair of small electrode panels are prepared for producing fine electrolysis between the protrusions opposed to each other using a 3V battery, anyone can produce a sterile physiological saline solution with a high bactericidal effect, which can be within a maximum of 35 seconds. Kills 99.99% of microorganisms and viruses. Further, the sterilized physiological saline prepared by using tap water or groundwater which is easily obtained as described above has a high ratio of H0CL which is highly effective in killing _ and virus as compared with the existing product. On the other hand, as shown in FIG. 14 , as another shape of the combination diagram of FIG. 12 , the electrode panel 24 242 may include the branch panels 2411 and 2421 derived from the electrode panel 24 242, and The positive electrode protrusion 2411a and the negative electrode protrusion 2421a are formed in the branch plates 24n and 2421 which are adjacent to each other with the distance from the electrode panels 241 and 242. The above structure has the advantage of producing sterile physiological saline in a short period of time and can be directly used, and the principle is that electrolysis of a larger area can be realized. On the other hand, the present invention can be used to clean the contact lens by fixing the contact lens cleaning module 420 to the inlet 11 of the container 110, as shown in "Picture 17" and "Dipl. 18". That is, the contact lens cleaning module 420 includes a faucet 421 connected to the inlet n〇a; an extension 422 extending from the faucet 421 for contacting the guena contact lens at the scale of 41 200812918; and a contact lens The receiving chamber, wherein the oval contact lens 423 formed on the extension member 422 can be opened or closed by a hinge 423a. Here, the contact lens receiving chamber is formed into a crystal lattice such that the sterile physiological saline solution is received by the contact lens 423. Thus, a HOCL-like oxidant in a sterile physiological saline salt kills bacteria or viruses and 〇2 removes proteins on the surface of the contact lens. On the other hand, the supply module 5 shown in "Fig. 19" and "20th" can be used to provide sterile physiology for deeper locations through the person σ fixed in the container 11G.

Saline solution. Here, the supply module 5A includes a dice for fixing to the inlet to facilitate the flow of the cap air; an air tube extending from the cover, the air tube 51G is above the surface of the physiological saline when the container no is inverted; The outer extension of the body tube 520 facilitates the outflow of sterile physiological saline. When the supply module is fixed in the entrance shirt area, although it does not contain any way of emptying or spraying salt water, the air passes through the air tube under the condition that the user's head is lower than the foot. To the container no' and thus the sterile physiological saline in the container can flow through the nasal cavity or the inside of the lungs. In order to prevent (4) tube damage, the human body is crying. A protective cover 521 having a circular shape is attached to the end of the liquid tube 520. Moreover, the 2 flank of the air ball M1 attached to the container is attached to the end of the air tube. Further, as shown in Fig. 21, a retainer 530 having an absorbent rubber weave is attached to the terminal of the liquid supply tube 520 for supplying the crucible 500, 42 200812918 and thus The oxidant in a sterile physiological saline solution can be continuously supplied to the skin for 30 seconds to 2 minutes. Here, in order to bring the newly generated oxidant into contact with the skin of the user, continuous electrolysis is performed by supplying a low current to the electrode unit 14 , and the sterile physiological saline is passed through the small hole (not shown). The leak may also be from the container 11 to the • Baofei 530 continuous supply of oxygen side H seal _ package formed around the holding benefits 530 in order to prevent leakage of sterile physiological saline from the user's skin and the inside of the holder 530 . In another aspect, as shown in Fig. 22, when the user thief supplies the physiological saline solution to the uterus or vagina, it is desirable to use a uterus supply module 61, which includes a supply seat 612 at the terminal of the supply officer 611. Wherein the supply seat 612 has a hole in the radial direction to allow the domain physiological saline to be uniformly supplied into the uterus. Although not shown, at least one spherical mirror is attached to the supply base 612, and thus the user can insert the supply module 610 for himself, similar to the principle of endoscopy. • As the invention can be implemented in several forms without departing from its spirit or essential characteristics, it should be interpreted in accordance with the spirit and scope of the scope of the patent application, unless the training is carried out. And, therefore, all changes and modifications to the boundaries and scope of the patentable scope of the invention, or equivalents of the scope and scope of the patent application, are therefore within the scope of protection. That is to say, the book of the present invention contains a columnar shape for the charge of the material, but the shape is not limited to the column shape and includes any shape capable of inducing the charge concentration. 43 200812918 As described above, the present invention provides a method for producing a sterile physiological saline having a high ratio of HOCL, which comprises the steps of preparing a weakly acidic state with a neutral water; and a step of preparing a solution of the aged by mixing the water and the water; - a step of supplying a negative electrode panel and a positive culvert with a direct current _ oxidizing agent to produce a salt aqueous solution; and - the method of producing a H 〇 CL (subtest) content capable of maximally killing bacteria efficiently and The human body is safe to carry without the charm of salt water. Heart coat

In addition, 3 sensation, rhinitis, and 3 injured areas after manufacture. The present invention provides a method of using sterile physiological saline which can be used for treatment by a protein f which causes allergies in a minute and is sprayed on the throat for sterilizing the inside of the mouth and throat. Moreover, in the minute, there is no g physiological water treatment for the lion's foot-inflammation and - and 'the tree is simply provided - the surface of the water, the underground money concentration is 〇 艮 艮 - - - 制造 制造 制造 制造 制造 制造 制造 制造 制造 制造 制造 制造 制造 制造 制造 制造 制造Set. The simple structure of the present invention for manufacturing a portable device without a tangible food, and thus the manufacturing cost is reduced. The present invention provides a device for producing a physiological saline-free material, and the eight packs 3 have a container having a holder for containing water; at least one of: a negative electrode in the holder; at least one Provided in the water retainer and the negative electrode phase;: two poles, and - for the two supply of Wei battery supply unit, : forming a negative electrode protrusion formed on the negative electrode and at least - a cathode opposite to the negative electrode protrusion 44 200812918 ; 参上纟 '匕 Use the oxidant generated by the more intense electrolysis between the negative protrusion and the positive protrusion to kill the virus or bacteria. Since the apparatus for manufacturing a sterile physiological saline solution of the present invention is capable of producing a sterile physiological saline solution in a water-repellent water such as tap water or groundwater in 10 seconds to 3 minutes, it can be used for any water that is convenient for obtaining water. local. Further, the apparatus for producing a sterile physiological saline solution of the present invention has a simple structure, and it is less manufactured to be manufactured as a portable carrier. Therefore, the device for producing g-free physiological saline in the present month can be used in various places and can be used for applications such as lens cleaning, oral sterilization, nasal sterilization, and the like. Moreover, 'the means for producing a sterile physiological saline solution uses the principle that charges are accumulated on the protruding portions of, for example, the negative electrode protrusions or the positive electrode protrusions, thereby shortening the manufacture of the sterile physiological saline solution, and also achieving only the time quantity. Electrical energy produces sterile physiological saline. • The present invention also provides an environment in which the manufacturer does not contain any ratio of anti-shame saline (iv) nasal cavity or injured area, and immediately after the system is used, uncontaminated sterile physiological saline is used. ^ Since the transfer device performing the high-temperature training process requires a large-sized device, the device of the present invention supplies the electrolysis (4) and the disinfectant water by supplying Wei to the electrode unit, thereby, after the user directly manufactures the S-free (four) water. The user can directly or spray the spray or supply the physiological saline solution to any manufacturer's shot, for example, the fire area, an injured area or the inside of a nasal cavity. Therefore, it is possible to prevent the side effects caused by the use of (4) water or physiological saline containing preservatives in advance. The manufacturing device having a simple structure can be manufactured to a compact size so that the user can easily carry it as a portable device. Here, since a negative electrode protrusion and a positive electrode protrusion are formed opposite to each other on the negative electrode and the positive electrode, electrolysis can be made more intense so that a large amount of oxidizing agent is generated in a short time, and progress is made to effectively sterilize or disinfect viruses and bacteria. Moreover, since the charge is concentrated on the respective electrode protrusions, only a small-sized battery can be adapted to sterilize or sterilize water. Moreover, the apparatus for producing a sterile physiological saline of the present invention uses different types of water such as tap water or ground water, and is made to have a concentration of 75.75% to 1% by mixing water and solid salt or a high concentration of aqueous salt solution. Physiological saline (ie, isotonic food solution). The device can produce different concentrations of sterile physiological saline according to the occasional application. On the other hand, in order to manufacture a salt aqueous solution for the manufacture of a sterile physiological saline solution, the present invention provides a saline solution capsule and a food user capable of easily producing a sterile physiological salt having a salinity of 0.9%. Water, by simply placing the salt in the encapsulation into the water of the device, allows the user to make sterile, physiological saline at any time and anywhere. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a flow chart showing the manufacturing steps of the current physiological saline solution; Fig. 2 is a diagram showing the relationship between the free chlorine type of groundwater and the dissolved material of 1 mg/L in water; 46 200812918 Figure 3 is a flow chart of the sterile physiological saline of the present invention - the examples; Figure 4 of the method is an exploded perspective view of the apparatus for manufacturing physiological saline according to the present invention using the manufacturing method of Fig. 3; the wind is also used for the electrode panel of Fig. 4; An exploded perspective view of the controller; Fig. 6 is a combined perspective view of Fig. 4; Fig. 7 is a separator provided in Fig. 4 - an electrode unit Fig. 8 is an electrode unit of Fig. 4 Photographs; Solid' and Fig. 9 are schematic diagrams explaining the operation principle of Fig. 7; Fig. 2 is a perspective view of the electrode panel structure in Fig. 7. Figure 11 is an exploded perspective view of Fig. 10; a cross-sectional view of the f 12 wheel _ 1G along the tangential line ν·ν; and a picture of the battery supply unit of the electrode of the manufacturing device in Fig. 4 Schematic diagram of wiring; Figure _4th fiscal _ - cross-sectional view of the electrode unit structure of the embodiment; ^ " θ turns into a circuit diagram corresponding to the resistance change of the salinity of the physiological saline solution, I, electrical energy r circuit; =_作_The graph of the experimental data with the amount of salt water; Time 1 and 118 ® are connected to the flow parts - contact lens monthly cleaning early 70 perspective; 47 200812918 罘 diagram is made with ~ The physiological saline solution, the faucet connected to the faucet connected to the figure in the figure, the external structure diagram; ♦ 20 is the schematic diagram of the detailed structure of the M _; a shape outside the head; a water dragon with an inverted cup-shaped solution

Figure 22 is a uterus supply [Main component symbol description] Module external shape Figure 66 Pulse 100 device 110 Container 111 Salt solution 111a Resistance 112 Ring member 120 Spray unit 121 Spray container 122 Spray tube 123 Spray head 124 Vacuum chamber 130 Base block 131 First chamber 13la hollow portion 48 200812918 132 Second chamber 132a Second chamber top surface 133 Working switch 133a Signal line 134 Indicator 140, 240 Electrode unit 141 Positive panel 141a, 2411a Positive protrusion 142 Negative panel 142a, 2421a Negative Protrusion 143 Supporting member 143a Fixing hole 144 of support member Fastening screw 148 Divider 148 a Rubber pad 150 Controller 151 Control circuit fixing panel 151a Side wall 151b Control circuit fixing panel hole 152 Control circuit / control unit 153 Integrated circuit 49 200812918

154 a bottom panel 154a, 155b bottom panel hole 155 battery cover 155a metal panel 156 fastening screw 160 battery supply unit 161 positive supply rod / positive line 162 negative supply rod / negative line 181 first contact point 182 second contact point 241, 242 electrode panel 420 contact lens cleaning module 421 faucet 422 extension 423 contact lens 423a hinge 500 supply module 510 air tube 511 air ball 520 liquid tube 521 protective cover 50 200812918 530 530a 610 611 r 612 , 143 143 1432

24η, 2421 • A

B dl d2 dd, the holder absorbs the rubber uterine supply module supply tube supply seat to connect the slot branch panel protrusions 141a and 142a before the side protrusions 141a and 142a of the terminal panels 141 and 142 are separated from the panel 141 and 142 by the interior of the first chamber Diameter of diameter spacer 148 51

Claims (1)

200812918 X. Patent application scope: 1. A method for preparing sterile physiological saline solution with a ratio of HOCL, comprising the following steps: a step of preparing a weak acidity for neutral water; and a salt solution by mixing salt and water. And a step of sterilizing the aqueous salt solution using an oxidant generated by electrolysis, wherein the electrolysis is generated by supplying at least a direct current opposite to each other with respect to the direct current. 2. For example, the scope of the patent application! The method according to the item, wherein the salt for producing an aqueous salt solution having a concentration of ο.?% to 1.5% is mixed with the aqueous phase. 3. The method of claim 1, further comprising: a method of supplying electricity to the electrode unit according to the concentration of the salt solution and detecting the power supply to the electrode unit The steps of DC. 4. The method of claim 1, wherein the _ pole unit comprises a negative electrode unit having a plurality of protrusions and a plurality of positive electrodes, and a plurality of protrusions which are opposed to each other by a predetermined interval. 5. A portable nuclear device for producing a scented saline solution, 1 comprising: a container for storing an aqueous salt solution prepared by mixing neutral neutral water with a moving eye; a negative electrode in the container having at least one electrode unit having at least one of 52,129,129,218 and at least - a positive electrode unit at a predetermined interval from the negative electrode unit; and a battery for supplying direct current to the negative electrode unit and the positive electrode unit a supply unit; λ~ wherein a Weichang agent produced by electrolysis in the brine solution between the drain unit and the positive electrode unit is manufactured in the g-free physiological saline solution and can be applied to a human body. 6. The shocking device of claim 5, wherein the positive electrode unit and the negative electrode unit respectively have a plurality of positive electrode protrusions and a plurality of negative electrode protrusions opposed to each other. 7. The device of claim 5, further comprising a spraying unit, comprising: a material and a __weight, having a button that can be moved and the faucet is connected to the inlet a fixed in the dragon chamber 'which varies according to the rotator's area to facilitate extraction of the sterile physiological saline in the container; a metal-coated spring coated with uranium, which is installed in the chamber Used to absorb the remainder and to expand the size of the chamber when the size of the chamber is reduced; and, to pass the physiologically healthy water tube of the fortune, the terminal is in the water of the saline solution and In addition, the terminal is connected to the chamber. 8. If the application for the special fiber 5 item further comprises a tilting unit, the method comprises: a cymbal 77 thinner than a sealed faucet having a reciprocating movement 53 200812918 β * button and the seal a faucet connected to the inlet; a tube flanked by the physiological saline of the espresso towel, the terminal being in the water of the saline solution and the other terminal being connected to the chamber; and - similar to - inverted cup (4), which is positioned at one of the ends of the tube, r for maintaining an oxidant in contact with the skin of a user. 9. The invention further comprises a contact lens cleaning module, which comprises: - separating from the outside (4) seals, having a button that can be moved by the button A sealing faucet is coupled to the inlet; and a receptacle for contacting the lens extending from the faucet for receiving the contact lens and allowing the aqueous solution of the H-shaped towel to flow and flow out. 10. The application of the fifth aspect of the application includes the tilting device, which comprises: a faucet separated from the outside for sealing, having a reciprocable button and the sealing faucet and the The inlet is connected; • an air tube extending from the faucet, when the container is inverted, the air tube terminal reaches a higher level than the physiological saline solution; and a liquid tube extending from the faucet, when The liquid tube allows the physiological saline to flow in and out when the container is inverted. 11. The device of claim 5, wherein the physiological saline is made by mixing the water and the encapsulated salt for producing water having a concentration of 0.7% to 1.5%. The device of claim 5, wherein the two transistors are connected in series as a group transistor, the battery supply unit is connected in series with the impurity crystal, and the electrode 7G is disposed in series Connected between the contact points of the transistor connected in series; wherein the transistors are opposite to each other and surround the contact point, and the transistors are turned on and off so that the direct current direction applied to the electrode unit is reversed; The resistance corresponding to the concentration of the aqueous salt solution is controlled by the ratio of the voltage of the electrode unit to the base current pulse width of the transistor. 13· a type of portable device for manufacturing g-free physiological saline, comprising: a barn having an inlet for placing a weak acid in neutral water and salt for making a mixture by mixing the water and salt a brine solution; at least an electrode unit having at least one negative electrode panel immersed in the aqueous salt solution and positioned in the container, and at least one positive electrode panel opposed to the negative electrode panel at intervals; and a supply for the electrode unit A battery supply unit of direct current; wherein the oxidant is produced in the aqueous salt solution, thereby producing a residual gas of 0.1 mg, /liter to 10 g/l, and sterilizing the aqueous salt solution for direct use. 14. The apparatus of claim 13, wherein the voltage of the battery supply unit is "to", and 8 mA/cm2 to 52 mA/cm2 of direct current is applied to the positive electrode panel and the electrode unit of the negative electrode panel. Each area. 55 200812918 15. A method for producing a high-strength H〇CL❸ sterile physiological saline comprising the steps of: releasing a weak acid into a neutral water in a container; and mixing the water and the seal The salt making salt solution is used for the step of the water having a salinity of 0.7% to 5%, and the step of passing through the produced oxidized mixed salt solution, wherein the oxidizing agent is supplied to the container by supplying a direct current to the container The negative electrode single = and the electrode unit of a positive electrode unit are produced. 56