JP2017056160A - Entoreall air cleaner - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an ENTOREALL air cleaner that improves room air to air quality suitable for maintaining and promoting human health.SOLUTION: An ENTOREALL air cleaner includes a housing with air outlet, an intake device that is provided to the housing and sucks the room air to the housing, and an air modifying member for forming modified air by improving any one of a frequency value of a rayometer of the suctioned room air, which is disposed in the housing, an MRA-1 value, and an O-ring test value, in which the modified air is discharged from the air outlet.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an entreol air purifier that improves indoor air to an air quality (entreol) that is said to be good for maintaining and promoting human health. Further, the present invention maintains high cleanliness, and has a deodorizing function and an aroma therapy function. Entreall air purifier.

  As an apparatus for generating air quality that is considered to be good for human health, there is an air cleaner that generates negative ions. However, other entreol air purifiers that improve room air are not known. As a method for measuring the health condition of a person, as shown in FIG. 2 to FIG. 5, a laterometer method, an MRA-1 method, and an O-ring method, which will be described later, are known.

  On the other hand, the inventor disclosed in Patent Document 1 that various functions of wood-based charcoal such as charcoal, bamboo charcoal, and respective activated carbons may bring various benefits depending on the mode of use. Discloses a liquid carbide and a method for producing the same that solve the problem that the range of use is inevitably limited due to the amorphous solid.

  The invention of Patent Document 1 is made by mixing powdery charcoal as a base, woody charcoal such as bamboo charcoal, and each activated carbon and a natural binder mainly composed of tannin, and the natural binder is a plant. The raw material is treated with hot water or hot water to produce a tannin-containing crude liquid, and saccharides in the tannin-containing crude liquid are decomposed by fermentation treatment, followed by a deodorization step. And, it retains the characteristics of charcoal and bamboo charcoal as a base and can be adapted to a wide range of usage because it is liquid, and after the liquid charcoal has dried once, it does not have re-solubility, etc. It is a liquid carbide as a new material that can make extensive use of the original functions of activated carbon, and can be used for building interior materials, etc., and for adsorption of harmful substances.

  However, there is no known application of carbide to air cleaners to produce air quality that is said to be good for human health. In Japan, which is rapidly aging, nursing care in homes is becoming unavoidable. In addition, the indoor space is becoming a bad environment such as bedridden. Improving the air quality of the living environment is a serious problem that must be solved by cutting the top in Japan, a developed country.

JP 2001-139316 A

  Therefore, the present invention relates to an entreol air purifier that improves indoor air to air quality that is said to be good for maintaining and promoting human health. Further, the present invention is an entry that maintains high cleanliness and has a deodorizing function and an aroma therapy function. The object is to provide an all air cleaner.

In order to solve the above problems, the present invention
(1)
A housing having an air outlet;
An intake device that is provided in the housing and sucks indoor air into the housing;
An air reforming member that is installed in the housing and improves any one of the reyometer frequency value, MRA-1 value, and O-ring test value of the sucked room air to be reformed air;
Consists of
An entree air cleaner, wherein the reformed air is discharged from the outlet.
(2)
The air reforming member is an air reforming member in which a liquid carbide composed of a natural binder mainly composed of tannin and powdered wood charcoal is applied to a stitch structure (1) ) Entreor air purifier.
(3)
Furthermore, a PM2.5-compatible filter that removes PM2.5 disposed upstream of the air reforming member in the housing;
A deodorizing fill disposed downstream of the air reforming member in the housing;
An aroma diffuser disposed downstream of the deodorizing filter in the housing;
The entree air cleaner according to (1) or (2), comprising:
(4)
The deodorizing filter,
An acidic gas adsorbent comprising a carbide having a carbonyl group for chemical adsorption of acidic odor components;
And / or
The entreol air purifier according to any one of (1) to (3), wherein the adsorbent is a basic gas adsorbent comprising a carbide having a carboxyl group for chemical adsorption of a basic odor component.
It was.

  Since the present invention is configured as described above, the indoor air can be improved to an air quality that is good for maintaining and promoting human health, and the indoor air is kept in a deodorized state with high cleanliness. Aroma therapy can also be possible.

It is a longitudinal cross-sectional schematic diagram of the entreol air cleaner which is this invention. It is explanatory drawing about the rayometer method. It is an example of the frequency value emitted from each part of a human body. It is explanatory drawing about MRA-1 method. It is explanatory drawing about an O-ring test method. It is a test result of the air reforming by the Entreall air cleaner which is the present invention.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to these embodiments.

  As shown in FIG. 1, the entreol air purifier 1 according to the present invention includes a housing 2, an intake device 3, and an air reforming member 4, and a PM2.5 filter 5 as necessary. And a deodorizing filter group (acid gas adsorbent 6, basic gas adsorbent 7, etc.) and aroma diffuser 8, and can improve the indoor air quality to be good for human health, The indoor air can be deodorized and kept in an aroma therapy state with high cleanliness.

  The casing 2 has a main body 2a in which a through hole 2c that fits an intake device 3 that takes in indoor air 9 in the lower part and a blower outlet 2e that discharges the indoor air 9 as modified air 9a modified inside is formed in the upper part. A removable door 2b that closes an opening for inserting / removing each filter located on the back surface of the main body 2a, a leg 2d provided on the bottom surface of the main body 2a, and airtightly holding each filter up and down. For example, a plurality of L-shaped metal fittings 2h and a partition 2f provided with a hole 2g located downstream of the air flow of each filter in the main body 2a.

  The intake device 3 includes a case 3a disposed in a through-hole 2c in the lower portion of the housing 2, a motor 3b fixed in the case 3a, and rotation of the motor 3b, and the indoor air 9 is brought into the housing 2 The indoor air 9 is sucked into the housing 2 considerably with the fan 3c to be sucked and the net 3d which is located upstream of the fan 3c and covers the through hole 2c and prevents the entry of large dust.

  The motor 3b is connected to a household commercial power source by a power cord 3g and can be turned on / off by a switch 3e in the wiring 3f. The switch 3e includes a 24-hour continuous operation switch and a rotation strength change switch of the motor 3b. In addition to the intake device 3, the shape and the air blowing means of the intake device are not limited as long as the indoor air 9 can be sent to the housing 2.

  The air reforming member 4 improves the rheometer frequency value, the MRA-1 value, or the O-ring test value by passing the sucked indoor air 9. Here, two air reforming members 4 were used. Depending on the environment, the number of air reforming members 4 to be used is appropriately selected.

  It means that the indoor air 9 is improved to air quality that is good for human health maintenance and promotion by improving the rayometer frequency value, MRA-1 value, or O-ring test value. The improvement of the indoor air 9 is to maintain and reform the air quality that proceeds in the oxidation direction in a reduced state. In general, the higher the living level, the more acidic the air quality in the living space. In short, the air quality reduction state is like the air quality in a deep forest or around a large waterfall.

  As the air reforming member 4, for example, a liquid carbide composed of a natural binder mainly composed of tannin and powdered wood based charcoal is applied to a stitch structure. Furthermore, the ratio of the powdered wood-based charcoal is set to be larger than this on the basis of the mixing ratio 6: 1 between the natural binder and the powdered wood-based charcoal. More details are disclosed in JP-A-2001-139316.

More specifically, for example,
・ The natural binder is
(I) a step of producing a tannin-containing crude liquid by treating the plant material with hot water or hot water;
(B) a step of decomposing saccharides in the tannin-containing crude liquid by fermentation treatment;
(C) Next, a step of producing a tannin-containing liquid as a natural binder through a deodorization step,
A liquid carbide produced by the above process.
-Furthermore, the liquid carbide | carbonized_material characterized by including the process of making the saccharide | sugar low in the tannin containing crude liquid by hydrolysis before the fermentation process of the said tannin containing crude liquid.
-Liquid carbide characterized by including some or all of minerals, metals and salts in any of the above.
The liquid material is characterized in that the plant material is eucalyptus, acacia or other bark.
-In the method for producing liquid carbide obtained by pulverizing wood charcoal such as charcoal and activated carbon, and adding and mixing a natural binder thereto, the natural binder is:
(I) a step of producing a tannin-containing crude liquid by treating the plant material with hot water or hot water;
(B) a step of decomposing saccharides in the tannin-containing crude liquid by fermentation treatment;
(C) Next, a step of producing a tannin-containing liquid as a natural binder through a deodorization step,
A method for producing a liquid carbide characterized by being produced by the above steps.
-The manufacturing method of the liquid carbide | carbonized_material characterized by including the process of making the saccharide | sugar low in the tannin containing crude liquid by hydrolysis before the fermentation process of the said tannin containing crude liquid in the said manufacturing method.
-In any one of the said manufacturing methods, the plant material which extracts tannin is eucalyptus, acacia, or other bark, The manufacturing method of the liquid carbide characterized by the above-mentioned.
It has been found that the application and drying of these liquid carbides have the function of improving the indoor air quality to be good for maintaining and promoting human health, and the present invention has been completed.

  The air quality, which is considered to be good for maintaining and promoting human health, can be evaluated by the reyometer frequency value. As a result of the inventors' investigation, the rayometer digital meter has a correlation with the air ion measuring device. There are large, medium, and small ions (weakly charged fine particles) in the air, and it is known that small ions affect the human body. The inventors have found that the frequency measured with a rayometer digital meter is correlated with the concentration of small ions, and this is another discovery that led to the completion of the present invention.

  Small ions are high in the positive and negative areas around the large waterfall and in the deep forest, and higher on the negative side. However, commercially available negative ion generators detect not only small ions but all ions in the air and advertise them as if they are good for health. The current situation is neglecting the balance of small ions, plus and minus.

  As shown in FIG. 2, the rayometer digital meter (0.1 unit) is used as a medical device for wave therapy in Germany. The rayometer digital meter can transmit 1000 frequencies from 00.0 to 99.9. A healthy person has all 1000 frequencies. If there is a disease somewhere, the frequency corresponding to the site shown in FIG. 3 is lost. The rayometer treatment (FIG. 2) is to detect the missing frequency and transmit it to the human body. Whether the frequency of the digital meter and the sick person resonates or resonates is confirmed with a “pendulum” using the life energy of the treating doctor (FIG. 2).

Using this principle, the degree of indoor air reforming is evaluated. Air quality is classified into the following six types according to the first transmission frequency (resonance / resonance region).
0.0-3.5 Hz ··· “Iyashirochi”.
4.0 to 9.5 Hz ··· “Weak Iyashirochi”.
9.6 to 14.9 Hz, “middle area”, existing residential indoor air is almost in this area.
More than 15 Hz ... It is called "Kekarechi", near high voltage and substation,
Detected where there is a groundwater vein.
Entre area ... Resonance in the 0.0 to 9.5 Hz range
(However, non-resonant at 3.6, 3.7, 3.8, 3.9 Hz)
Some resonance between 9.6 and 99.9 Hz)
Entreall area ... In addition to the above entre area, 9.6-99.9 Hz
The most ideal room air quality that resonates.

  A healthy person is in the entreall region and transmits all frequencies. On the other hand, when there is a disease, the frequency corresponding to the disease is blocked and becomes non-resonant. Using this principle, indoor air was evaluated, and the inventors found a correlation between the rheometer value and the degree of improvement in indoor air quality.

  When the indoor air quality is described in the order that is good for human health, it is entreol → entre → Iyashirochi → weak Iyashirochi.

  The MRA-1 method starts when an assistant has the patient's blood and a doctor consults, and the percussion sound is the same as that of the patient. Using the assistant's body as an amplifier, it can be said that the blood wave of the patient is resonant and synchronized.

  After that, as shown in FIG. 3, when the patient's blood and assistant were connected with copper and examined through a plurality of variable resistors, it was found that the percussion sound changes only at a certain resistance value. It was. Developing it, incorporating homeopathic technology, classifying and digitizing the order that is good for the human body into 43 types, +21 to -21, and MRA-1 method is used for treatment. In the present invention, the value measured by the MRA-1 method is evaluated as the degree of improvement of the indoor air quality by the human body as in the MRA-1 method.

  The O-ring test method is as shown in FIG. 4, and the quality of the value is used as an evaluation of the quality of the indoor air.

  The PM2.5-compatible filter 5 is a filter that is disposed upstream of the air reforming member 4 in the housing 2 and can remove PM2.5 (particulate matter of 2.5 μm or less), and is distributed in the market. . Note that the PM2.5-compatible filter 5 includes a filter for filtering a large object to be filtered such as dust, for example, a non-woven fabric or the like as necessary, or is disposed further upstream. Moreover, the filter which filters a big filtrate needs regular replacement | exchange and cleaning.

  Particles of about 10 μm can be excreted by sputum and cough, but PM2.5 is deposited in the respiratory system and affects health. Known effects of PM2.5 include increased respiratory morbidity and mortality, decreased lung function, and severe symptoms such as lung capillary irritation, dyspnea, and emphysema. It is said to have a greater effect on children (up to kindergarten children) and the elderly, as well as in a state of reduced immunity.

  PM2.5 in Japan has been reduced by early diesel regulations, but inflow from China has been confirmed. It is a serious problem in the Kyushu region, close to the source of PM2.5, and there is a possibility that health damage will be reported.

  PM2.5 cannot be filtered with a non-woven fabric such as a mask, and a dedicated filter is in circulation. PM2.5 caused by China has been flying in Japan due to airflow, and it is desirable that PM2.5 is compatible with Japan. In addition, with the development of developing countries, the area where PM2.5 occurs is expanding. Since the staying time in the room is long, the fact that PM2.5 is free only in the room is extremely effective for health management.

  The deodorizing filter group includes the acidic gas adsorbent 6 and the basic gas adsorbent 7, and is not limited as long as it is located downstream of the air reforming member 4 in the housing 2 and removes odor. In particular, physical adsorption and chemical adsorption of activated carbon or carbide may be used.

  In particular, a deodorizing filter including a carbide having a carbonyl group (> C═O) is used for chemisorption of acidic odor components (for example, hydrogen sulfide), and a carboxyl group (−) is used for chemisorption of basic odor components (for example, ammonia). A deodorizing filter or the like including a carbide having (COOH) may be used in two stages or multiple stages.

  The acidic gas adsorbent 6 is installed downstream of the air reforming member 4 in the housing 2 and adsorbs and removes acidic gas such as hydrogen sulfide from the sucked indoor air 9. As the acid gas adsorbent 6, for example, activated carbon having a high temperature history can be used. Here, three acidic gas adsorbents 6 were used.

  Here, the basic gas adsorbent 7 is installed downstream of the acidic gas adsorbent 6 in the housing 2 and adsorbs and removes basic gas such as ammonia from the sucked indoor air 9. As the basic gas adsorbent 7, for example, pulverized activated carbon obtained by pulverizing low-temperature charcoal in which a functional group such as a carboxyl group remains in the production process of activated carbon can be used. Here, three basic gas adsorbents 7 were used.

  Odorous substances are multicomponent systems of various substances. Until now, devices that adsorb and remove a wide variety of functional substances have been developed, but there are few as expected. In particular, in the type using activated carbon or charcoal, the target odor object is too multi-component, so that some components that cannot be removed remain, and as a result, it has been determined that they are not effective.

  The inventors introduced and fixed a spreading agent in a part of the activated carbon so as to cope with not only simple activated carbon but also a component to be adsorbed and removed. However, the cost was only increased and the expected effect was not obtained. Therefore, in the present invention, as described above, the physical adsorption function of charcoal (adsorption in the fine holes) and the chemical adsorption function (functional group), both of these functions are used to provide an excellent deodorizing effect that has not been achieved in the past. I was able to get it.

  The aroma diffuser 8 is a device that discharges aromatherapy (aroma therapy) aroma disposed downstream of the deodorizing filter group. For example, aroma may be added to a diffuser such as a humidifier.

  Recently, research results have been announced that aromatherapy is effective for Alzheimer prevention and progression inhibition. Aromatherapy aromatherapy uses mainly petals such as herbs, citrus and roses mainly in Southern Europe such as Southern France. However, all are very expensive.

  On the other hand, aroma resources exist in various parts of the country in Japan, but at present they are wasted. The leaves are cypress, cedar, larch, and hiba. These leaves contain a relatively large amount of forest-based aroma components that can be used for aromatherapy.

  In order to utilize the forest-based aroma component, an aroma diffuser 8 that releases forest-based aroma is provided at the final stage of the entreol air purifier 1. Through the use of the forest-based aroma component in the present invention, the forest industry can be activated and the local revitalization can be expected by increasing employment in various places in Japan, especially by increasing the chances of work for the elderly.

  FIG. 6 shows test results for improving indoor air to air quality that is considered good for human health by the entreol air purifier 1 according to the present invention. In addition, the improvement degree of air quality was evaluated by the frequency value of the rayometer digital meter.

As shown in FIG. 6, the entreol air purifier 1 according to the present invention is the most ideal indoor air that is good for human health even in two tests in which the air volume is changed in a room with a volume of about 33 m ^3. It showed the quality of the entreol region. In the case where the air flow rate was small (130 m ³ / hour), it took about twice as long as the case where the air flow rate was high (380 m ³ / hour).

DESCRIPTION OF SYMBOLS 1 Entreall air cleaner 2 Case 2a Main body 2b Door 2c Through-hole 2d Leg 2e Outlet 2f Partition 2g Hole 2h L bracket 3 Intake device 3a Case 3b Motor 3c Fan 3d Net 3e Switch 3f Wiring 3g Power cord 4 Air modification Material member 5 PM2.5 filter 6 Acid gas adsorbent 7 Basic gas adsorbent 8 Aroma diffuser 9 Indoor air 9a Reformed air

Claims (4)

A housing having an air outlet;
An intake device that is provided in the housing and sucks indoor air into the housing;
An air reforming member that is installed in the housing and improves any one of the reyometer frequency value, MRA-1 value, and O-ring test value of the sucked room air to be reformed air;
Consists of
An entree air cleaner, wherein the reformed air is discharged from the outlet. The air reforming member is an air reforming member in which a liquid carbide composed of a natural binder mainly composed of tannin and powdered wood charcoal is applied to a stitch structure. 2. The entreol air purifier according to 1. Furthermore, a PM2.5-compatible filter that removes PM2.5 disposed upstream of the air reforming member in the housing;
A deodorizing fill disposed downstream of the air reforming member in the housing;
An aroma diffuser disposed downstream of the deodorizing filter in the housing;
The entreol air purifier according to claim 1 or 2, characterized by comprising: The deodorizing filter,
An acidic gas adsorbent comprising a carbide having a carbonyl group for chemical adsorption of acidic odor components;
And / or
The entreol air purifier according to any one of claims 1 to 3, wherein the adsorbent is a basic gas adsorbent comprising a carbide having a carboxyl group for chemical adsorption of a basic odor component.

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