JP2006341240A - Organic matter treating device packed with multi-functional lightweight base material - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To resolve problems of current various types of organic matter treating devices in any of existing organic matter treating methods, of dispersion of malodor, scattering of dry dust, firing risk of a high temperature catalytic deodorizer, continuous heating operation, power loss, invisibility of treating status, impossibility of indoor installation, etc. <P>SOLUTION: This organic matter treating device allows non-moisture absorbing and moisture absorbing lightweight cellular porous base materials packed in a treating tank to convect in layers at an upper face even in the agitated treating tank, causes no forced moisture perspiration nor dust scattering. By coating and impregnation of titanium dioxide, photosynthetic deodorizing fungi and other substances, oxidation decomposition is activated and malodor gas is decomposed by light irradiation in the treating tank, and charged ions perform aerial sterilization. Anybody can simply and correctly determine the status in the treating tank visually at any time ranging from domestic and business treatment to animal droppings, thereby allowing indoor use. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention is for the purpose of protecting the global environment, and includes various types from a stationary model for home use to a table-mounted model, for business use, for office buildings, for ships, for yachts, for camping cars, and for portable type recreation -In all fields, such as for treatment, seafood treatment, turf treatment, planting and pruning, for sick people, simple toilets at construction sites, pet feces treatment, etc. This is an organic waste treatment device that can be used indoors in the living environment of organic waste generated from living society.

  Conventional non-drained dry garbage processing machines include a dry moisture transpiration drying method that heats and evaporates only the moisture of organic waste such as garbage, and a tree, coffee husk, rice husk, etc. There is a dry fermentation treatment method in which a fermentation medium substrate is loaded and fermented.

  Problems with use of conventional dry treatment methods can be broadly divided into: first, odor emission at the time of drying or fermentation, second, dry moisture transpiration drying treatment method, or heat forced fermentation and high temperature heating catalyst. There are three major drawbacks of high power consumption for deodorization, and thirdly, scattering of fine powder around by forced heating at all times. If all of these are not resolved, organic waste disposal equipment in the environment conservation human life space However, it is no exaggeration to say that none of these processors have been resolved at this time.

  The first odor divergence defect is that the distribution and emission amount of fermented odor gas species vary greatly depending on the input amount and type of organic waste and the added biospecies, but the daily input amount of organic matter such as garbage is constant. This greatly affects the determination of the volume of the processing tank at the time of determining the processing capacity. The odor generated in the process becomes a complex odor gas species of countless types of fermentation odor and spoilage odor, and the odor generated is a flammable gas. It is recommended to wear it with the feeling of catching firewood, and it is pointed out that there is a risk of fire explosion with odor leak flow treatment device and high temperature catalyst at the odor gas flow rate. It is a fact.

  Despite the fact that this high-temperature high-temperature catalyst deodorizer is installed, the odor emission is due to the low knowledge of the fermentation processing equipment manufacturer and the high temperature that sells the functional differences in the world. It should be known from the current situation that there is a catalyst manufacturer, and moreover, users who do not know the essence of the organic matter processing process are most troubled.

  In addition, frequent removal and disposal in the processing tank is unavoidable because the moisture transpiration drying method is inevitably a simple cell water drying and removal to reduce the amount of residue such as fibrin to tens of percent.

  In the case of a dry fermentation treatment system loaded with various organic fermentation base materials, the degree of fermentation changes greatly depending on the fermented biospecies, base material, and processing equipment configuration, and in the current three months, the residue in the treatment tank is removed and replaced. Most of the processing machines have a very troublesome work of loading the substrate.

  The second drawback is excessive power consumption, and although there are various methods in the case of the moisture transpiration drying method, generally there are many heating methods using electric power unless it is recycled and reused. The power consumption when using a moisture transpiration dryer such as kitchen waste is about 20,000 yen per month, and the heater heating in the treatment tank can be said to also serve as moisture adjustment in the dry fermentation treatment method. At the same time, models equipped with high temperature catalyst deodorizers require heating at around 350 ° C, and the processor manufacturers themselves put down the high temperature catalyst heating temperature from 300 ° C, with concerns about its power consumption and high temperature danger. From the current situation, even if it is 350 ° C., the combined odor and the odor leak due to the passage speed of the catalyst cannot function, and there is no deodorizing function at low temperature heating, which is a great waste of electric power.

  The third drawback is the problem of scattering of fine powder inside and outside the processing tank due to excessive drying in the processing tank. This problem is the most difficult problem that has not been solved yet in the current organic matter processing apparatus.

  Of course, the air gas in the tank is exhausted for the purpose of ventilation in the treatment tank, but the amount of organic matter thrown away every day is absolutely constant, so there is no need for oxygen-deficient odor due to excessive humidity due to excessive input. For this purpose, it is common knowledge to install a safe processing capacity margin volume, but because of product image and manufacturing cost, it has been running too much downsizing, and downsizing must follow its functionality. This is a misleading user.

Even under normal normal conditions, fine dust is generated, and it is essential to clean the filter device several times a month, and the more the amount of organic waste input continues in the course of use, the more it can be treated. The inside of the tank is overdried and the amount of dust generated is excessively scattered. Conversely, if the volume of the treatment tank is reduced due to the problem of manufacturing cost, it will be wetted with the specified amount and oxygen-deficient odor will be avoided. For this purpose, if heated air at around 200 ° C is supplied into the treatment tank, it is heated strongly, and it is dry, avoiding dust scattering and reducing the exhaust filter stitches, the exhaust filter is immediately clogged and it becomes impossible to exhaust. Inability to evaporate water, excessive humidity inside the processing tank, and larger exhaust filter stitches, the greater the degree of dust scattering to the outside of the processing tank. Covered with dust, of course food hygiene, human health The fear inevitably present situation, from the garbage disposal industry as a whole company technology level, at present you do not also advised public notice.
The fourth drawback is that, under the circumstances where the processing organic substances are used in the processing tank, the user himself / herself cannot judge whether the processing tank is in good or bad condition. Despite the small amount of processed organic matter generated every day, large-scale sales, small processing capacity for large processing capacity, constant drying in the processing tank, and the dispersal of fine powder, and vice versa The treatment tanks are always overwhelmed, and odors are emitted by drone-coating with moisture, that is, they are confused by dust pollution and odor pollution.

  Odor generation in the fermentative decomposition process of organic materials such as garbage is a natural phenomenon, and in the rainforest, animal carcasses fermented odors are gathered from several kilometers downwind to make food for ecological maintenance. However, it is a well-known fact that in selfish human society there are circumstances that must be eliminated as odor pollution.

  In such a living environment of human society, treating waste organic matter such as garbage without any odor, regardless of the treatment method, is costly due to the combined odor even if a deodorizer is installed. It is said that it is very difficult at present, except for up, but there is no odorless continuous processing machine with organic matter processing machines such as garbage that are sold as odorless with a deodorizing device. If the current situation that confuses users who purchase the brand with confidence is not overcome, it will lead to a decline in human society's willingness to protect the environment and the reliance on environmental equipment.

  To that end, the functionality of the decomposition media substrate itself in the disposal of waste organic matter should be reconsidered. When using wood powder of recent cedar thinning materials, in addition to organic matter fermentation odors such as garbage, cedar thinning materials Occasional odor pollution due to special odors that can not be compared to anything unique to, which frequently occurs in various places, the range of odor gas types increases along with organic fermentation odor, and drying or fermentation of cooking residues of fresh seafood in the harbor area The special odor caused by garlic is regarded as a problem, and the treatment of garlic and spicy food residues of foreign foods is now difficult except for incineration in combination with Korean boom.

  In order to improve these, it is impossible to cope with various odor gas decomposing fungi that have been inhabited on earth since before the birth of mankind. Recently, a high temperature catalyst heated at 350 ° C has been installed in the odor gas exhaust path in the tank. Although it was installed and aimed at deodorizing the passage, unfortunately, it only increased the risk of fire explosion due to a number of drawbacks, including a leak in the passage speed of the catalyst opening path and a fire due to clogging of the fine passage path through the catalyst. And no deodorant effect can be expected.

  In other words, as long as it is a processing method that requires constant heating with a correlation between temperature and humidity, up to the conventional moisture transpiration drying treatment method and heating forced fermentation treatment device, the inside of the treatment tank is temporarily free of germs. It can be said to be a breeding tank, and odor elimination including the odor peculiar to raw fish cannot be expected, and dealing with these odor gases is a major issue.

  In all industrial fields including households, as long as eating habits are accompanied, it is inevitable that leftovers and cooking waste will be generated. In addition, the problem of dioxins generated by incineration of organic waste in the industry also matched the global environment conservation. Development of a new treatment system for organic matter treatment equipment and deodorization measures are also desired, including measures for various foreign residues that can be used continuously with odorless treatment other than incineration and that have different spices even when viewed from the global environment. ing.

  In addition, frequent removal and disposal of large-scale companies is obliged to recycle to a certain percentage of organic fertilizer generated by the Food Recycling Law in the near future. However, the purpose is to reduce the amount of generated fuel. The combustion power generation method using solid fuel such as RDF is also used in the solidification process. However, organic substances should be extinguished on the premise of the final treatment of the generator as much as possible. Except for the winter cold season, it is desirable to eliminate 90% or more by eliminating fermentative decomposition by biotechnology using no-energy treatment.

The second disadvantage, excessive power consumption, is not what it should be, but it does not know how to fertilize in the natural field in the middle of the natural field, and complete no energy processing is not possible in the human social life space. It is a well-known fact that it is possible.

However, in the organic matter treatment in the human living space, when verifying how much energy is consumed in the existing organic matter treatment equipment, the following items are used in the moisture transpiration drying treatment method and the dry fermentation treatment method. The energy is wasted, and this improvement is a problem.
(1) In order to promote moisture transpiration or to promote fermentation, regular heating in the treatment tank during spring, summer, autumn and winter other than the cold season in winter, and sometimes into the co-treatment tank in spring, summer, autumn and winter This is done until hot air is blown.
(3) At the same time, the physical odor during moisture transpiration in the moisture transpiration drying process, the fermented complex odor in the dry fermentation process, and sometimes the unacceptable special odor of the dried cedar material itself. Selling laboratory beaker test data, called assistance to machine manufacturing companies, to the sales point, the power consumption of high-temperature catalytic deodorizers can also lead to the risk of fire and odor gas heating. However, it is a factor of significant power consumption.

Thirdly, the problem of fine powder scattering from processing machines has continued to date as a difficult problem as there are no processing machines that can cope with this problem.

  Humidified air in the treatment tank of the transpiration moisture of the moisture transpiration drying treatment method or the decomposed transpiration moisture of the dry fermentation treatment method is stirred by increasing or decreasing the input amount of organic matter every day or promoting the dry state when the input is missing. As a result, the organic waste is crushed into a powder and is turned into a fine powder, which is scattered not only inside the treatment tank but also outside the treatment tank by the exhaust fan, and the outside of the treatment machine also becomes dust pollution.

  In order to prevent this dust and dust pollution, it seems to be sufficient to attach an exhaust filter to the exhaust path in the tank, but conversely, the exhaust filter is clogged by stirring and scattering of finely divided organic matter treatment residues. When the exhaust passage is obstructed, it becomes impossible to exhaust, and the evaporating water cannot be discharged out of the processing tank, and the processing function continues to deteriorate. .

  However, if the treatment tank is made small to avoid the dry state, the inside of the treatment tank becomes wet immediately, and if the heating device is always operated in order to avoid this wetting, the power consumption is large. If the amount is small, it will also promote drying, and the existing companies are confused.

The fourth is that the situation inside the treatment tank is ignorant even by the seller, but it is natural that general users cannot visually interpret it. It is an absolute condition that anyone can judge the foolishness to use in a state where judgment cannot be made accurately and visually at any time in the recent global environmental conservation.
Fifth, the human life environment that we have to talk about the natural circulation phenomenon of this earth, rainforest before the birth of the Earth birth animal in a box called the organic matter processing device in human society, However, processing in an old-fashioned environment, that is, reexamination in a completely dark processing machine, similar to the deep sea where the sun rays do not reach, the darkness of the cave.

  Both the moisture transpiration drying method and the dry fermentation method are simpler, easier to use, safer, more maintenance-free, and continue to be odorless without deodorizing equipment. However, there is no scattering of fine dust inside and outside the treatment tank, and it is not necessary to operate a heating device except during the cold season in winter. The top product lightweight substrate laminate is automatically configured by agitation and loaded with a non-hydrophilic lightweight foam substrate and a hydrophilic lightweight foam substrate as follows.

The loading of the non-water-absorbing light-weight foamed base material and the water-absorbing light-weight foamed base material, which are different for various purposes in the treatment tank, yields the following many advantages not found in conventional processing machines.
(1) Dry dust scattering protection in the dry treatment system is a non-water-absorbing lightweight foam even if the inside of the treatment tank becomes excessively dry and the organic treatment substrate such as organic waste or wood powder becomes fine powder. With the base material and water-absorbing lightweight foam base material, the tank top lightweight base material layered naturally makes it impossible for fine powder to be exposed to the top of the processing tank, and even in the ventilation fan wind flow, Even the treatment tank wall has no dust adhesion, and no matter how much it is exhausted by ventilation in the treatment tank, the dust that is not in the site space of the treatment tank will not be discharged outside the treatment tank, ship, house, vehicle, aircraft, etc. It can be installed with confidence in the room.
(2) Moisture transpiration in the dry treatment method is caused by mixing the transpiration moisture in the moisture transpiration drying treatment method or the dry fermentation treatment method by stirring, from the non-absorbent lightweight foamed base material or the lamination gap of the water absorbent lightweight foam base material. Transpiration and water-absorbing lightweight foam base material absorbs moisture in the treatment tank, swims with stirring in the treatment tank, and diverges in the upper part space to maintain the normal operation of the treatment apparatus.
(3) In the treatment tank ventilation in the dry treatment method, the conventional method sucks natural transpiration air with high relative humidity that has evaporated to the treatment tank space in order to prevent dust scattering during drying with the exhaust fan in the tank. External air is introduced into the treatment tank from the air inlet, but since the present invention has a lightweight base material stack on the upper layer part of the treatment tank, the air is forced into the treatment tank by an air supply fan. Even if it is introduced, there is no fine dust scattering, and forced air convection drying in the treatment tank is possible.
(4) Odor emission prevention in the dry treatment method is the generation odor treatment of organic matter in the dry moisture evaporation drying method and the dry fermentation treatment method, which is a dangerous high temperature catalyst deodorizer of the conventional method, or various other deodorization Without mounting the device, the present invention is a non-water-absorbing lightweight foamed base material or water-absorbing lightweight by passing through the tank upper lightweight base material layer of the upper part of the processing tank even if odor gas is generated in the processing tank. Deodorizers of various plants applied or impregnated on foamed substrates, scientifically formulated debrominators, titanium dioxide, photosynthetic deodorant fungi, other various metal ions, sterilization deodorization, gas in high voltage plasma discharger, etc. Bromide-free by decomposition is possible.
However, the base material impregnated and impregnated with photocatalyst such as titanium dioxide or photosynthetic deodorizing fungi is exposed to natural light, daylight from an external artificial light source, and a separate artificial light source in the treatment tank. Needless to say, it is necessary.
(5) In the case of artificial light source for light irradiation, when drying assistance is required, heat source light irradiation may lead to the omission of the treatment tank heating device in the winter cold season depending on the region. If there is no need to irradiate with a non-thermal light such as a fluorescent lamp or LED, and the light source is unnecessary after installation, the irradiation light source may be switched off.
(6) The shape of the treatment tank can be any shape as long as the treatment capacity and deodorization function are improved, and it can be treated by increasing the treatment capacity by extending the stirring operation time and increasing the deodorization effect by adding photocatalyst, photosynthetic deodorant fungi, etc. Since the capacity per unit of capacity is reduced and there is no dust scattering, it is possible for nuclear family-like small-sized households to handle ultra-compact processors with a treatment tank volume of 3 liters. In this case, the humidity sensor is attached to the processing tank wall and the bottom of the processing tank, and the attached ultrasonic vibration element is operated according to the detection signal. There are cases where transpiration assistance, stirring time is extended, or heating equipment is operated.
(7) On the contrary, it is possible to increase the volume of the treatment tank with a margin more than ever before, and the conventional drawback in this case is that the dust scattering due to the drying transfer in the treatment tank is as described above. Because of the natural construction of the upper layer of the lightweight base material in the upper part of the treatment tank, there is no need to worry about dust scattering and the need for frequent cleaning of the exhaust filter in the ventilation path in the tank. This solves various problems.

It goes without saying that photocatalysts such as titanium dioxide or photosynthetic deodorizing fungi need to be lighted in the tank of the organic matter processing apparatus, but it is necessary to irradiate the inside of the processing tank with a necessary artificial light source. Applying or impregnating various materials including titanium dioxide to non-water-absorbing lightweight foam base material or water-absorbing lightweight foam base material, and simultaneously applying titanium dioxide to the inner wall of the treatment tank wall. It is also effective to add and mix titanium dioxide at the time of molding the tank body.

  By increasing the amount of organic matter treatment residue input in the treatment tank, the trouble of removing the residue in the treatment tank and renewing it should be avoided as much as possible. Although it is advantageous in all aspects in terms of manufacturing cost, if it is processed in a processing tank with a small volume, the number of times of internal removal of the processing tank will inevitably increase, and the volume reduction rate of the moisture transpiration drying processing method is determined by the input properties, processing The number of internal removals increases depending on the volume of the tank, but in the case of the dry fermentation treatment method, the correlation between the added bio and the treatment equipment is largely different in the processing machines with 90% or more annihilation and poor degradation annihilation. In the use biotechnology and mechanism of the present invention, the residue in the processing tank is removed once a year from the disappearance degree of 90% or more.

  In terms of energy consumption, for the purpose of moisture and odorless transpiration, the heating temperature is lowered to the limit and the forced transpiration method is used in the treatment tank with dry air. If the temperature of the processing tank does not fall below 10 ° C, the thermostat temperature sensor will not operate, and therefore the total number of days the heating device will operate depends on the installation location. Even when installed outdoors in the Kanto area, the heating device will only operate for about 60 days per year, thus saving energy.

  It is not an exaggeration to say that the problems of preventing the dispersion of fine powders are impossible at all by the processing machines of existing companies.In the moisture evaporation drying method, the input organics are evaporated by direct heating, and in the dry fermentation method, the added bio- There is a moisture content suitable for fermentation depending on the type, the moisture of the input organic matter is naturally adjusted by a slight decomposition medium base material, the organic waste is fermented, decomposed and extinguished at a low temperature without subjecting it to heating and forced fermentation, and decomposed and extinguished The remaining few percent of the fine powder residue itself assists in the water absorption, divergence, etc. of the next decomposition medium material. For this purpose, the decomposition medium base material loaded in the processing machine with a daily processing capacity of 1 kg is used. The loading of about 3 liters may be sufficient, or without loading any existing degradation media substrate from the beginning of use, and the non-water-absorbing lightweight foamed substrate and the water-absorbing lightweight foamed substrate of the present invention may be loaded at about 3 liters in total. Dry fermentation treatment equipment is also possible That.

  The residue state in the treatment tank is first pulverized, and direct forced air blowing for ventilation into the treatment tank is of course caused by scattering of the fine powder to the outside of the treatment tank as well as in the exhaust passage. However, since the non-water-absorbing and light weight cooking base material loaded in the processing tank and the water-absorbing and light weight cooking base material are very light even by stirring, the present invention is a part on the processing tank. If the surface is naturally laminated and the water-absorbing material is used, it will have both water absorption and divergence due to the decomposition of organic matter, contributing to forced transpiration by blowing forced air fans, and at the same time processing The refined powder in the tank does not appear at the top, there is no processing organic matter to be added for more than two weeks, and even if the ultra-dry state continues, there is no dust scattering outside the processing tank as well as in the processing tank. First of all, I don't care about traveling abroad with the power on.

  The most important thing is that not only the user, but also the seller, the developer / manufacturer himself, and the seller himself / herself, whether or not the internal condition of the treatment tank of the organic substance processing apparatus is visually confirmed is good or bad. In the present situation, it is nonsense to discuss the user's use of good and bad, and the situation in the treatment tank changes every day regardless of who is in the world. It can be easily and accurately grasped visually.

  Even in the moisture transpiration drying treatment method, if a certain amount of water-absorbing lightweight foam base material is filled instead of the input drying treatment of only organic matter such as garbage, the water-absorbing lightweight foam base material absorbs the moisture of the treated organic matter, It was found that the moisture was easily discharged from the upper part of the treatment tank, and it became clear that the moisture adsorption and the adhesion between organic wastes were reduced by mixing in organic matter, and the air permeability was reduced. It has been found that it improves and accelerates drying.

  As a well-known fact from the past, in a dry fermentation treatment system, a decomposition treatment is usually performed by an existing fermentation medium base material that is a flooring material such as degrading bacteria. It is necessary to carry out from the adsorption to the moisture divergence. In this case, the base material of the fermentation medium is common sense, and in the case of wood flour and lump, there is already a tree water pipe, and in the case of activated carbon, the porous porous state is the same. However, the lightweight resin foam with strong cross-linkage that does not collapse in shape even with stirring was the best.

  The non-water-absorbing lightweight foam base material and the water-absorbing lightweight foam base material can also be used as the respective fermentation medium base materials for each method of the moisture transpiration drying treatment method and the dry fermentation treatment method, depending on the difference in the treatment method. Select a high temperature compatible material, and it is exactly the same for all types of moisture transpiration drying treatment methods for household and commercial use, and dry fermentation treatment machines. , It doesn't need to be disposed of, and it helps greatly in environmental conservation.

  The general specifications and dimensions of the non-water-absorbing light-weight foamed base material and the water-absorbing light-weight foamed base material are 20 mm square, 15 mm square, 13 mm square, 10 mm square, 7 mm square, and 5 mm square cube shape in the examples, and diameters of the same dimensions. Cylindrical cylinders with the same length, polygonal shapes that are not expensive in the manufacturing process, and hollow, spherical, or irregular shapes, which are necessary as much as possible due to the need for implantation of decomposing fungi and moisture absorption. Foam molding with a large number of coalesced bubbles with a total area, and another foam molding with closed cells for the purpose of dust scattering prevention by stacking lightweight base material at the top of the tank, and prevention of shape destruction by stirring The molecular cross-linking is strong resin cross-linking molding, it is molded with strong resin material and cross-linking, and the solar years calculation continuous stirring operation test result does not cause shape crushing collapse for more than 2 years, and it can be used continuously by year until stirring wear. Possible, you - led to the reduction in running costs and maintenance costs.

  The biggest problem in the decomposition treatment of organic waste such as garbage is that it is inevitable that fermented odor gas is attached in common-sense fermentation treatment, but naturally various odor-degrading fungi are blended according to their characteristics, There are no odor-degrading fungi that can decompose any fermented odor, and the inside of the treatment tank is dark, and the only place where natural organic matter decomposition cannot reach sunlight is only the deep sea and caves. Originally there should be a light source and light, and it was also found that the function of organic matter-degrading fungi changes greatly from that light, a transparent window is attached by external light sampling, and at the same time an artificial light source is installed in the treatment tank as necessary, It was particularly effective in reducing odor gas.

  In that sense, it is no exaggeration to say that deodorizing fungi and high-performance fungi are photosynthetic deodorizing bacteria, so in order to exert a synergistic function with the titanium dioxide effect, addition of photosynthetic deodorizing fungi to the treatment tank In this case, as a matter of course, as one of the features of the present invention, the function and effect when the artificial light source is mounted and the illumination lamp is installed and the inside of the treatment tank is irradiated with light rays are satisfied.

  This artificial light source also has a large relationship with the color of light: red light for photosynthetic fungi, blue light for preventing germ growth, ultraviolet light for titanium dioxide, white light and yellow light in addition to ultraviolet light are unclear for reasons that are not effective. Therefore, I tried to integrate the black light and white, red, blue, and yellow LED light sources, but titanium dioxide generated charged ions by light, and the high-voltage plasma discharger electrically generated charged ions. Both of these have a chemical reaction due to the air and humidity in the treatment tank, and there is a function of decomposing the treated organic matter in the treatment tank and suppressing fermentation gas scattering, and using an open / close switch on the inlet lid, We will also perform automatic alternate lighting at time intervals like the completion, and continue to study better performance improvement due to the difference in the type of organic matter thrown from single lighting to combined lighting as a future problem

  In other words, there are many different types of organic waste such as raw garbage, and in terms of raw garbage, the decomposition fermentation odor gas from vegetables to leftovers and boiled foods is the same as the conventional fermentation medium substrate used for loading. The conventional decomposing fungi to be added can be used in any way, but it can be used effectively for deodorization of unpleasant odor gas, etc. peculiar to raw fish offal, animal offal, animal protein, or cedar tree base For low-cost, continuous, odorless treatment, the results of pursuing the odor gas generation mechanism are adapted according to the purpose of use. A photocatalyst such as photosynthetic deodorant fungi or titanium dioxide impregnated or impregnated with seeds, and titanium dioxide had a great effect on the odor elimination of various odorous gases at the stage of passing through them at a natural flow rate.

  Various materials from soft, hard, and semi-rigid were used and obtained for the material of the tank upper lightweight base material lamination.

  In the case of hard, there is no problem as long as the shape changes slightly due to friction with the stirring blade, but there is some stirring rolling friction noise at the time of stirring, and there is a problem of a single sound in the hard at bedtime indoors. There is no hindrance to the use of.

  Titanium dioxide functions only when it receives light from a light source, but it only hits the upper surface of the treatment tank, but odor molecules also diverge from the upper surface of the treatment tank. As a result, the odor of raw fish, which had been considered to be non-deodorant, continued to be completely odorless.

  Even if the decomposition media substrate wears, the titanium dioxide that is mixed and molded at the time of foam molding production shows that the internal titanium oxide is exposed depending on the degree of wear, and there is no deterioration in the function. It was confirmed that the titanium was exposed and the effect was the same as the initial function.

  In the case of the organic matter treatment apparatus of the present invention, which is a dry fermentation treatment method installed in a kitchen room with a daily processing capacity of 1 kg for home use and no deodorizing device such as a high-temperature catalyst is installed, the most extreme conditions of raw fish organs are totaled every day In an example where the decomposition treatment was continued for 2 months with mixing input at less than 25% of the input amount, the odor peculiar to fish could not be detected at all even when the input lid of the organic matter decomposition processing device was opened and the face was inserted. there were.

In a similar dry fermentation treatment system, half of a garlic stock, that is, several garlics were chopped and mixed, but it was odorless, and even after a few days from the date of insertion, a face was inserted from the inlet. However, the odor characteristic of garlic was completely undetectable.

  In the case of the conventional dry fermentation treatment method, the smaller the treatment tank is, the smaller the treatment tank is, the larger the amount of the organic substance that is introduced from the fermentation medium substrate to the upper surface, and the greater the amount, the more the fermentation treatment is delayed. However, in the present invention, due to the stacking of the tank upper metering equipment, the upper surface in the processing tank cannot be seen due to the difference in specific gravity, and therefore the fermentation processing capacity was improved.

  The biggest advantage is that it can be used with peace of mind without worrying about the type of garbage to be added. It is layered on the part, but it is necessary to be careful when it gradually decreases from the top and is mixed with organic matter by stirring and mixing, and when it begins to infiltrate into the tank, or it is completely clear that it can not be used when infiltrating without any Can be judged visually.

  At the same time, as long as it is non-brominated, it can be decomposed without odor even if it is a little excessively charged, which also increases the processing capacity. Conversely, with a certain amount of processing capacity, the processing tank volume is higher than that of conventional processing machines. In the case of a capacity processor with a maximum daily processing capacity of 1 kg for household use, the volume of the processing tank of the present invention is sufficient even at about 3 liters, which is the biggest disadvantage of conventional models. The odor was eliminated and the image of the organic matter processing machine was greatly renewed.

BEST MODE FOR CARRYING OUT THE INVENTION

As the best mode of the present invention, the embodiment was made under the following conditions.
(1) The origin of development is the non-water-absorbing lightweight foam base, water-absorbing lightweight foam base common to all treatment methods of moisture transpiration drying treatment method, dry fermentation treatment method, wet fermentation treatment method, and wet underwater decomposition treatment method. With the production specifications of the material as it is, selection of simultaneous bubbles or closed cells for treatment method and purpose effect, and at the same time addition by deodorizing object, by applying impregnation with deodorant material, photosynthetic deodorant fungi, titanium dioxide etc., It was decided that it could be used in all organic matter processing equipment with slight changes in the specifications of the substrate to be loaded.
(2) In order to treat organic matter in the natural world in accordance with the laws of nature, the inside of the treatment tank should be irradiated with external lighting or an artificial light source. Among the light waves containing sunlight, the minimum necessary light species Selection is paramount, and it is necessary to select an artificial light source by ultraviolet rays, infrared rays, and general light rays for the photosynthetic deodorant fungi, titanium dioxide, and many other effective microorganism groups.
(2) As a condition for development, a processing machine that can be used in living spaces around the world, similar to washing machines and refrigerators.
(3) The absolute conditions for this are various usage conditions that were impossible in the past, continuous no-bromation in the installation environment, and dust-free exhaust function in various dry processing methods. The size was reduced based on functional advancement, and the running cost and sales price were adapted to the number of families.
(4) The biggest difficulty is global organic customs and the wide variety of organic matter processing and non-bromide in the installation environment. Aimed at non-bromide in a set of functional functions.
(5) At the same time, by increasing the decomposition capacity, the processing capacity in the normal use state was given a margin, and both wet prevention in the treatment tank and dust scattering prevention by drying were completed.
(6) The greatest advantage is that the condition of the inside of the treatment tank is judged accurately by visual observation at any time by the movement of the loaded non-water-absorbing lightweight foam base material and the water-absorbing lightweight foam base material. This is an organic matter treatment device that can be used safely.
(7) By completing the above functions, we saw the completion of products with socially responsible responsibility for odorless treatment, dust scattering prevention, fire explosion factor elimination, living space installation, energy saving, and environmental conservation.

  In the following, according to each claim item, examples of extracts of functional effects will be described with reference to the drawings from among countless examples.

  “FIG. 1” is an example of a vertical processing machine which is a dry fermentation processing method and covers all the claims of the present invention, and has a processing capacity of “no odor, no decomposition, no drainage” and a processing capacity of 2 kg per day. Machine.

  300 g of the treated organic matter (3) was put into the treatment tank (2) of the organic matter treatment apparatus (1) for the purpose of treatment, but the amount was intentionally reduced for the purpose of generating dry transfer dust.

  In the treatment tank (2), there are a non-water-absorbing lightweight foamed base material (4) made of white continuous cell-molded soft polyethylene and a water-absorbing light-weight foamed substrate material (5) black-colored coupled cell-molded soft polyethylene. Each of the 3 liters is loaded with a total of 6 liters, and there is a reason for each 3 liter, so that the upper horizontal area of the treatment tank (2) is sufficient to cover only the non-water-absorbent or water-absorbent base material alone. 3l.

  In all the conventional dry fermentation treatment methods, wood powder, coffee grounds, rice husks, etc. are loaded as organic substance decomposition base materials as moisture adjustment base materials, and various problems such as odors and dusts are brought up every time it is used. Therefore, in addition to the same loading, the present invention dares to load the non-water-absorbing and lightweight foamed base material (4) and the water-absorbing and lightweight foamed base material (5). It was set as the structure for verification of the cancellation degree.

  In addition to the treated organic matter (3) and the conventional organic matter treated substrate charged in the treatment tank, the loaded non-water-absorbing lightweight foamed substrate (4) and water-absorbing lightweight foamed substrate (5) are stirred by the stirring blade (8). Mixed.

  In all of the conventional processing equipment, the processed organic matter (3) is fermented by stirring operation, and it is not an exaggeration to say that it is absolute by repeating each day. Due to the difference in material type, if the inside of the wet processing tank becomes muddy and the lack of odor and acid (3) are put into the dry, it is still common knowledge to dry and pulverize the dust. Wetting due to excessive input due to the difference can be solved by human problems caused by the user, but since it is impossible to treat the scattering of fine dust (9) in the dry state, this solution verification is also important. Even in an experiment in which a lightweight foamed base material (4) and a water-absorbing lightweight foamed base material (5) are used together and loaded into an organic substance processing apparatus of all the manufacturer's products used in the market, the same fine dust scattering is prevented. connected.

  Therefore, in addition to the non-water-absorbing light-weight foamed base material (4) and the water-absorbent light-weight foamed base material (5) of the present invention, the fine dust (9) is scattered in a special configuration. 10 l of tree sawdust was added separately, and a small amount of 300 g of the processed organic matter was originally put into the organic matter processing apparatus (1) having a capacity of 2 kg per day.

  Accordingly, the non-water-absorbing light-weight foamed base material (4) and the water-absorbent light-weight foamed base material (5) contain 6 l, fine tree powder 10 l, treated organic matter 300 g, volume conversion 2 l, and total 18 l.

  The installation environment temperature is always set in a 37 ° C space in a temperature-controlled room, the same as when a heating device is installed, and the agitation interval is repeated for 5 minutes and stopped for 25 minutes. Started.

  Internal verification was performed 1 hour after the start of operation in the treatment tank (2), but because the inside of the treatment tank (2) is in a dry state, the white non-water-absorbing lightweight foam base material (4) and the black colored water absorption The lightweight lightweight foam base material (5) was laminated on the upper layer of both types, and the tank upper lightweight base material layer (10) was formed with a mottled mixed color of white and black, and the exhaust filter (11) was confirmed. It was confirmed that there was no dust adhesion.

  Continued operation in the same state without adding any additional treated organic matter (3), continuous operation for 7 days every 24 hours, clean with almost no difference in exhaust filter contamination on the 1st and 7th days That was it.

  In order to enter the visual judgment test of the water retention status in the treatment tank (2), the subsequent test was performed by splitting 1 l of fresh water every 5 minutes and watering the 2 l treatment tank (2) with water. It was.

  After 2 hours, the upper lightweight base material layer (10) in the upper part of the treatment tank is white and sparse in black, mostly white non-absorbent lightweight foam base material (4). The black water-absorbing lightweight foam base material (5) remains, and most of the black water-absorbing lightweight foam base material (5) absorbs moisture into the treatment tank (2), mixes and stirs and swims, and the treatment tank (2). The inside is in a proper state.

  The water in the processing tank (2) is 37 ° C, the installation place environment temperature, and the water in the processing tank (2) is dry-transferred by the agitation, and the mixture is mixed, mixed, stirred and swallowed by the continuous stirring operation. The water-absorbing and light-weight foam base material (5) also exhales moisture, and the lighter the lighter, the more gradually it floats on the upper surface of the treatment tank (2), and again begins to form the tank upper lightweight base material laminate (10), With the balance of white and black, the moisture content in the treatment tank (2) can be accurately determined by visual observation at any time and by the mixing ratio of the shade of the lightweight base laminate (10) at the top of the tank. there were.

  Subsequently, in confirming the deodorizing function by continuously introducing the treated organic matter (3), titanium dioxide was added to both the white non-water-absorbing lightweight foam base material (4) and the black-colored water-absorbing lightweight foam base material (5). The reason why (7) is applied and impregnated is that when only one of them is applied and impregnated, the mixing ratio of both is biased in the tank upper lightweight base material laminate (10), and the functional improvement rate by light irradiation is also reduced. Assuming the efficiency of light irradiation, both were impregnated with titanium dioxide (7).

  Of course, when the humidity in the treatment tank (2) rises, the black water-absorbing lightweight foam base material (5) absorbs water, and there is also an upper layer swimming at the stage of swimming in the treatment tank (2). From the above, the effect of confirming the effect was also carried out by applying and impregnating a deodorant having a general scientific composition or a photosynthetic deodorant fungus (6).

  Instead of the transparent window (12) at the top of the tank, the inlet cap is made of a transparent material and a fluorescent lamp is mounted as an artificial light source (13), and a part of the processing tank wall (14) is also transparent to make an artificial light source. The photocatalyst titanium dioxide (7) was applied to the inside of the treatment tank wall (14).

  In the case of outdoor installation, although depending on the weather, the natural light of sunlight is collected from the transparent window (12), and in the case of indoor installation, the lighting of indoor lighting leads to some energy saving.

  In order to improve the deodorizing effect, a high-voltage plasma discharger (15) is installed, and plasma air is blown into the treatment tank (2), and negatively charged ions and positively charged ions contained in the plasma air are used. Simultaneously with the activation of microorganisms, the deodorizing effect due to ozone generated slightly during the generation of plasma is great, so the deodorizing effect was increased by blowing ozone-generated air into the treatment tank.

  Moreover, the change in the quality of the treated organic matter (3) that can naturally occur and the increase / decrease of the generated amount, especially the perception of the situation such as excessive water in the treatment tank (2) due to the excessive addition of the light amount, Visual judgment is possible with the white non-water-absorbing lightweight foam base material (4) and the black water-absorbing lightweight foam base material (5) of the laminated material (10). At the same time that the abnormal transition situation escapes without problems by visual confirmation, the humidity sensor (16) is attached to the treatment tank (2) and the ultrasonic oscillator (17) is operated by an electrical signal. The stirring blade (8) is also started to operate, the humidity sensor (16) senses a decrease in humidity, and the operation of the ultrasonic oscillator (17) and the stirring blade (8) is stopped to return to a normal operating state. A return function was also installed.

  In the organic matter processing apparatus (1) having such a mechanism, an actual machine test for introducing the treated organic matter (3) was conducted.

  As shown in “Fig. 1”, the axis of the stirring blade (8) was mounted with an inclination of about 30 degrees from the vertical core in an organic matter processing apparatus (1) with a specified processing capacity of 2 kg per day. In this case, the shape of the processing tank (2) needs to be a cylindrical shape that is slightly larger than the outer periphery of the blade stirring blade (8). In that case, the processing tank (2) has a limited internal volume and increases the processing capacity. However, in the case of the inclined stirring blade (8), a vertical wall is possible, and the processing capacity is increased by increasing the volume of the processing tank (2), and also preventing wet formation.

  However, the installation condition of the present invention is that the gap between the tip of the spiral blade and the inclined processing tank wall (14) is about 15 mm, the shape of the stirring blade is an intermittent spiral blade, and the attached stirring blade ( Each of 8) has a fan shape.

  The shape of the agitating blade (8) to be avoided in the present invention is the shape of a vertical all-through spiral blade, because it is necessary to install a cylinder having a slight gap with the circumferential end of the all-round vertical spiral blade, and the friction resistance. The treated organic matter (3) such as raw garbage with high viscosity should have a certain rotational speed of the spiral blade, and if the viscosity rises due to moisture and moisture, the treated organic matter outside the cylinder will be absolutely It is never known to get on the spiral wing from the lower part of the cylinder attached to the vertical spiral wing, and it is a well-known fact that it causes a bridging phenomenon between the entire wings in the cylinder. No.

  First, 7 days from the test start date, the processing capacity is 2 kg per day. The total amount is 3 kg per day, of which 500 g is filled with raw fish cooking scraps, and the tank top is light by overloading in the processing tank (2). To naturally demonstrate the function of titanium dioxide (7) impregnated on white non-water-absorbent lightweight foamed base material (4) for the observation of deodorization of raw fish, which is difficult to change the base material layer (10) The effect was confirmed by daylighting from the transparent window (12) at the top of the tank.

  The situation from the 1st day to the 3rd day had only a slight change in the mixed mottled color of the white non-water-absorbing lightweight foamed base material (4) and the black water-absorbing lightweight foamed base material (5).

  The fact that the change in the lightweight base laminate (10) at the top of the tank is negligible despite the input exceeding the continuous processing capacity is a proof that the efficiency of fermentation decomposition and transpiration of the decomposed water is good. Fine dust (9) At the same time, there is no contamination of the exhaust filter (11), so that the efficiency of transpiration of the decomposed water is good and the processing capacity is increased. It was also found to be connected.

  At the same time, with the input of 20% of extreme raw fish, a slight odor drifted to the surroundings from the second day.

  Therefore, for the purpose of responding to global eating habits, for the purpose of forced odor generation, half of the raw garlic root was cut into midine and put into the treatment tank (2) as treated organic matter (3).

  The odor did not gradually increase in concentration, and the odor generation on the third day was continued, but the tank upper lightweight substrate laminate (10) was almost white, non-water-absorbing coupled cellular lightweight substrate ( 4), the black water-absorbing coalesced light-weight base material (5) absorbs water, enters the treatment tank (2) by stirring from the water-retained state, and disappears from the light-weight base material laminate (10) at the top of the tank. .

  From the 4th day onward, the processing organic matter (3) having the same composition as that of 3 kg per day was introduced, and the inside of the processing tank (2) was excessively moistened. ) White non-water-absorbing lightweight foam base material (4) disappears and the entire amount is drawn into the treatment tank (2), and the upper lightweight substrate laminate (10) disappears from the upper surface of the treatment tank. did.

  It goes without saying that the tank base lightweight base material layer (10) disappeared, and the fermentative decomposition of the organic matter (3) written in the treatment tank (2) caused excessive humidity and increased viscosity. Up to the material (4) is in a state of being drawn into the treatment tank (2) by the surrounding adhesive.

  Therefore, the introduction of the treated organic matter (3) is stopped from the 8th day, the prescribed stirring process, the daylighting from the transparent window (12), the artificial light source (13) in operation, and the light irradiation in the treatment tank (2) at the same time. Each device was operated by applying electricity to the ultrasonic transmitter (17) linked to the humidity sensor (16).

  On the second day from the start of all functions when processing organic matter (3) is stopped, that is, on the 10th day from the start of the test, the tank upper lightweight substrate laminate (10) is the white non-absorbent lightweight foamed substrate (4) first. Although it gradually appeared, there was only a slight change in the degree of decrease in odor divergence, because the white tank upper lightweight base material laminate (10) has not yet been formed entirely, and the tank wall (14) This is because titanium dioxide (7) other than coating has not received light.

  The fermented decomposition of the treated processed organic matter (3) has been processed smoothly, and it has deliberately forced to limit the worst environment for user use, but there is no problem with the decomposition ability. found.

  From the viewpoint of the efficiency of the ultrasonic sensor (17) linked to the humidity sensor (16) of the present invention, it is not a satisfactory product because it is not pure water transpiration from the problem of the installation target device. It was sufficient for the purpose, and there was a great merit of non-thermal transpiration with the operation of the stirring blade (8), and the moisture transpiration function was improved.

  Processed organic matter (3) The third day from the start of all functions when charging is stopped, that is, 11th from the start of the test, white non-water-absorbing lightweight foam base material (4) as the tank upper lightweight base material layer (10) is aligned The black water-absorbing lightweight foam base material (5) also appears sparsely, the treatment tank (2) contains titanium dioxide (7) painted inside the wall, and light is emitted by a fluorescent lamp mounted as an artificial light source, and odor When the supply of air by the high-voltage plasma discharger (15) was started while there was weakening, even if the lid of the treatment tank (2) was opened, there was only a slight odor, regardless of race or age, anyone By checking the status of the tank upper lightweight base material layer (10), which can be visually checked by daily processing organic matter (3) input, changes in the processing tank (2) can be detected in advance, and oxygen deficiency, It was possible to avoid the prediction of odors, etc., and it was found that there was no problem even when installed indoors. .

  With no treatment organic matter (3) added, the operation was continued for 7 days, and the already-treated treatment organic matter (3) in the treatment tank (2) was decomposed into a fine powder residue in an extremely dry state. The reason why there is no clogging of the exhaust filter (11) in spite of the continuous fluctuation stirring and continuous ventilation of the processing tank (2) is the reason why the exhaust filter (11) is not clogged with dirt. A non-water-absorbing light-weight foamed base material (4) and a black water-absorbing light-weight foamed base material (5) and a tank upper light-weight base material laminate (10) formed by floating on the upper layer, Moisture is evaporated from the moisture and decomposition gas by capillary moisture suction and divergence due to the continuous bubbles that are supposed to be the gap between the shaped particles of the tank upper lightweight substrate laminate (10), and the fine particle residue is accumulated in the tank upper lightweight substrate laminate (10 ) And cannot appear in the upper space. It became a scattering prevention.

  In addition to the above, the non-water-absorbing lightweight foamed base material (4) and the water-absorbing lightweight foamed base material (5) can be used alone or in combination with each other. Although implementation with a plurality of types different from “Example 1” was also performed, satisfactory results were obtained.

  Non-water-absorbing lightweight foamed base material (4), water-absorbing lightweight foamed base material (5) There are three types of hardness according to the material used: soft and hard semi-rigid. In terms of noise level, shape breaking degree, light weight difference, difference in water absorption, etc., for example, forced contact with the stirring blade (8), the dry fermentation treatment method was soft or semi-rigid solid. .

  At the same time, in addition to the photocatalyst such as titanium dioxide, in addition to the photocatalyst such as titanium dioxide, the deodorizing agent by plant extraction essence, various deodorizing agents of scientific formulation, Confirmation of the deodorizing effect by coating impregnation was also performed, and satisfactory results were obtained.

  In the dry moisture transpiration drying method, a non-water-absorbing foam lightweight substrate (4), a water-absorbent foam lightweight substrate (5), each single type and each type of composite type, and soft molded products and hard molded products Then, all kinds of the charging are carried out, and the processing organic matter (3) is charged and stirred and mixed by the stirring blade (8). ) And the degree of moisture transpiration and dryness of the treated organic substance (3) can be judged, and the scattering of dried fine dust (9) inside and outside the treatment tank (2) by the agitation after completion of the drying process is prevented. Odor emission in the process of transpiration is due to titanium dioxide (7) coated and impregnated on the above-mentioned tank upper lightweight base material laminate (10), external light collection from the transparent window (12), and artificial light source (13). Deodorized by light irradiation, and at the same time by plant extract essence Nioizai, check the implementation of the deodorizing effect by applying impregnation of various deodorants scientific formulation also performed to obtain satisfactory results.

  In the wet fermentation treatment method, it is a humidified warming fermentation method with water and drainage mechanism, not a model that cares about humidity, but as a loading substrate, a non-absorbent lightweight foamed substrate (4), a water absorbent lightweight foamed substrate Among (5), the non-water-absorbing light-weight foam base material (4) floats and swims in the upper layer part because it is poor in water-absorption, and the water-absorbing light-weight foam base material (5) absorbs water and enters the treatment tank (2). Since the entire area including the upper layer part is agitated and swimmed, no matter where the drainage filter net (18) is installed in the treatment tank (2), the friction can be cleaned by swimming and stirring in the treatment tank. There was no overflow due to the inability to drain due to clogging, and there was no change in the effect whether soft or hard.

  In this “Example 3”, since the drainage filter net (18) is mounted on the upper part of the treatment tank (2), the non-water-absorbing light-weight foamed base material (4) of the tank upper lightweight base material laminate (10). The upper part swimming by stirring and the friction filtration of the drainage filtration net (18) by agitation by the water absorbent lightweight foam base material (5) floating in the entire processing tank (2) The cleaning of the outer surface of the treatment tank (2) was constantly continued with the function of decomposition biotechnology, and the effect was confirmed.

  The odor in the water-wet fermentation treatment method of “Example 3” varies greatly depending on the frequency of water addition, and the decomposition fines in the treatment tank (2) until the drainage time drained from the drainage filtration network (18) is removed. The concentration of decomposed water in the treatment tank changes depending on the amount of water added, and depending on the amount of water absorbed, there is no odor and some odor in the tank, but as long as it is a sealed device, there is no odor leakage, and there is no inlet. In addition, the disposal of the treated organic matter into the treatment tank by the automatic disperser crushing transfer is odorless even in the vicinity of the treatment period.

  However, by loading a floating non-water-absorbing light-weight foamed base material (4) impregnated with and impregnated with the photosynthetic deodorant fungus (6), the tank upper light-weight base material (10) is formed, and the photosynthetic deodorant fungus is added thereto. (6) Or titanium dioxide (7) is coated and impregnated, and deodorization is performed by collecting external light from the transparent window (12), or by irradiating light in the treatment tank (2) with an artificial light source. Confirming the space deodorizing effect in the treatment tank (2), the deodorization of the drainage odor releases the air of the high voltage plasma discharger (16) to the lower part in the treatment tank (2), and "Example 1" The deodorization was performed according to the same principle, and at the same time, it was discharged into the upper space of the treatment tank (2), and the deodorization effect was exhibited.

  Wet water decomposition method is a model that other companies other than the present inventor do not have in the past. Decomposition and extinction of the treated organic matter (3) in the water, and another, without discarding the entire amount of the treated organic matter (3), The total amount is organic liquid fertilizer, and the essence of environmental conservation of the complete implementation of the final treatment of the generator is the treatment system for energy-saving, labor-saving, and health-recycling society.

  Decomposition biotechnology is added to the water filled in the treatment tank (2), the treatment organic matter is added to the water, and the treatment organic matter (3) is decomposed and extinguished by stirring the stored water in the treatment tank (2). Naturally, it is converted into decomposed water and a small amount of carbon dioxide gas by the law of nature.

  The major difference from “Example 3” is that the wet fermentation treatment method is “Example 3” in the decomposition base material having humidity, which is processed by forced stirring with the stirring blade (8). "4" is the decomposition water stored in the treatment tank (2), in which all of the fish bone excess eggs are decomposed and extinguished in water without any decomposition base material.

  The role and selection of the non-water-absorbing lightweight foam base material (4) and the water-supplying lightweight foam base material (5) to be loaded in the water can be determined by various types of single or composite types. Although effective, if the drainage filter net (18) is installed at the upper part, it is loaded with either the non-water-absorbing lightweight foam base material (4) alone or the water-supplied lightweight foam base material (5). As a result, the water-absorbing continuous lightweight foam base material (5) serves as an underwater swimming-decomposing fungus flooring material, and is simply a fixed flooring. The forced-stirring underwater fluid-degrading bacteria flooring material also led to a significant improvement in functionality for friction cleaning of the inner wall of the treatment tank wall (14).

  In addition, in addition to the well-known decomposing bacteria in water, in this “Example 4”, photosynthetic deodorizing fungi (6) are also implanted, and at the same time, a transparent window (12) for collecting external light sources is installed. The artificial light source (13) with LED is attached to the lighting in the treatment tank (2), and each color time with reference to various colors of red, blue, yellow, white, single color or composite color, and natural daylight hours Illumination at different times, for example, yellow from 5 am to 2 hours and white from 7 to 2 hours, red from 9 to 3 pm, red, yellow, blue, all white light on from 3 to 5 Are white and red, from 5 to 7 o'clock blue and red, from 7 pm to 5 am the next morning yellow and blue, do various ways, the difference in the function of photosynthetic fungi It also turned out to be.

  Regarding the materials of the non-water-absorbing light-weight foamed base material (4) and the water-absorbent light-weight foamed base material (5) of "Claim 2", there have been a number of production implementation situations. The properties of the hard and soft material are resins, and in the case of resins, molecular crosslinking is strong and shape collapse can be prevented.In addition, non-water-absorbing, water-absorbing, foamed siphon water absorption is possible, and the retained water A flexible and lightweight combination of polyethylene resin as a standard loading type that is easy to mold, easy to process, and toughness of molecular cross-linking strength, with good efficiency of transpiration, and the integrated numerical value of simultaneous bubble permeation surface area. Performed by bubble molding.

  At the same time, thermoplastic resin molding such as methacrylic resin, polypropylene, polyurethane, polystyrene, polyester, polycarbonate, polyamide nylon, polyacetal, butadiene and fluorine was carried out according to the purpose of use, and the effect was confirmed.

  Even if the resin material itself requires hydrophilicity, the types of resin material itself are limited, so except for some water-absorbing swelling resin materials of the resin type, water absorption retention by capillary action is sufficient, and stirring transpiration There was no problem.

  At the same time, needless to say, in the case of high-temperature treatment in the moisture transpiration drying treatment method, the heat-resistant resin material is also changed.

  Syndiotactic 1,2-polybutadiene synthetic rubber and synthetic rubber capable of being produced in the form of a non-water-absorbing lightweight foam base material (4) and a water-absorbing lightweight foam base material (5) according to claim 3 Although it was manufactured with a material type, it had the same effect as a resin material due to its flexibility, so it was carried out by sponge molding with various synthetic rubbers, and the hydrophilicity problem was sufficient with water retention by capillary phenomenon, and there was also a problem with stirring transpiration Needless to say, in the case of the high temperature treatment of the treated organic matter (3), the heat resistant synthetic rubber was also specified.

  “Claim 4” and “Claim 5” are the choices in the specifications of whether the non-water-absorbing light-weight foamed base material (4) or the water-absorbing light-weight foamed base material (5) is soft or hard molded at the time of molding. is there.

  The soft molded non-water-absorbing lightweight foam base material (4) and water-absorbing lightweight foam base material (5) of "Claim 5" can be used for the organic matter treatment apparatus (1) of all treatment methods. However, in the hard molding of “Claim 5”, only the stirring sound “Karakara” at the time of stirring at midnight in each household processing equipment is raised as a functional difference, but the others are exactly the same. On the contrary, in the dry fermentation treatment system, the treated organic matter and the treated organic matter were crushed by the pressure agitation during the agitation to increase the surface area, and there was also an advantage of quick decomposition.

  As described in the above-mentioned “Embodiment 1”, “claim 6” is a method in which air with an unbalanced charge floating in the air is broken by a high voltage plasma discharger (15) of 4000 V to 5000 V. Odor gas is released not only in the living space but also into the space inside the treatment tank (2) and sometimes into the deep part of the treatment tank (2) to bring it into a normal charge state and the ozone that is generated in spite of a small amount during plasma discharge. It is intended to help sanitary safety because it generates a small amount of ozone.

  Sterilization in the air from secondary results due to electric plasma discharge, and control of germs from the treatment tank (1), especially for pet fertilizer dry fermentation treatment at pet hospitals, continuous use for one year During the period, there are results that are all negative in the pathogenic bacteria presence verification three times.

  “Claim 7” is a transpiration at a low temperature in order to assist rapid transpiration of excess moisture in the dry moisture transpiration drying method and the dry fermentation treatment method, and to avoid an excessive temperature rise in the heating device. There is a purpose of assistance, it is performed by the operation of the oscillation element of the ultrasonic oscillator (17) with the signal from the humidity sensor (16), and it is somewhat inferior to pure underwater oscillation, but in the treatment tank (2) The effect was demonstrated by stirring.

  “Claim 8” is an embodiment of the shape of a stirring blade for exhibiting the best stirring efficiency and the best functionality in the present invention. The non-water-absorbing lightweight foamed base material (4), the water-absorbing lightweight foamed base material ( 5) In a horizontal processing tank, stirring such as a crawl swimming method such as horizontal axis stirring is also effective, but at the same time as stirring, the structure of the lightweight base laminate (10) on the tank upper part is not destroyed, moisture transpiration and deodorization In order to demonstrate the functionality of the above, more than two stages of intermittent stirring blades are installed in the shape of the intermittent spiral blade, and the stirring of the top and bottom fluctuation stirring is achieved as a result of the accumulation of partial stirring in the treatment tank (2). If the bottom is instantaneously transferred to the top, the oxygen-reducing odor-retaining substance is transferred to the upper part of the treatment tank, like a human who has risen rapidly from the deep sea, and emits a strong odor, deodorizing the odor concentration. Impossible, intermittent stirring blades can be divided into several stages, leading to a reduction in odor gas in the process of separation, and finally And an intermittent spiral blade shape with tank top lightweight substrate stack (10) becomes deodorizing possible ones in pass purposes.

  In other words, the spiral blade development purpose, which is a well-known fact, is the entire spiral blade, and the purpose is also the material transfer. Therefore, even when the spiral blade is used for stirring, all the spiral blades are used in the treatment tank (2). When the treated organic matter (3) is scattered over the tank upper lightweight substrate laminate (10) and the level of the tank upper lightweight substrate laminate (10) is lowered by drying in the treatment vessel (2), all functions are achieved. In this example, a plurality of gaps were always mounted with an intermittent stirring blade method, and very good results were exhibited.

  At the same time, of course, the humidity environment in the treatment tank (2) is not always dry, the area of the agitating blade according to the agitation rotational speed is limited, about 5 mm in the case of 5 RPM, and the agitation rotational torque is large when the humidity and viscosity increase. A drive device is required.

  Effective stirring in the treatment tank (2) requires a stirring transfer pipe like a full spiral blade. In the present invention, the stirring shaft has a shape conforming to the semi-cylindrical treatment tank wall (4) inclined only on one side. Attached with a stirring stirrer, lifted with a tilting stirrer blade, dropped to the lower part of the tank in an avalanche form, and lifted with an intermittent stirrer blade (8). The stirring state of was exhibited.

  “Claim 9”, “Claim 10”, “Claim 11”, and “Claim 12” are claims of light source types that irradiate the inside of the treatment tank (2) with an artificial light source. Various implementations were performed depending on the purpose of the treatment, such as a light source and a heat source by an artificial light source, or a treatment purpose that does not require a heat source, or a dislike of heat, and a functional disparity depending on the type of light.

  Naturally, the processing tank (2) of the organic matter processing apparatus (1) is equipped with various artificial light sources (17), and in extremely cold regions, it is heated with heat rays or heated under the equator. A response was made.

  In short, the functionality to faithfully observe the laws of nature, knowledge technology gained from the dark environment behind the deep sea and caves, not the knowledge that is the application of knowledge under sunlight, transparent windows (12) The fact that it may be attached is not awaiting the function of microorganisms in the darkness of the treatment tank (2), but is a manifestation that takes into account the bio-position of fermenting the treated organic matter (3). The artificial light source (17) is part of that.

  The type of light source when the artificial light source (17) is mounted in the processing tank (2) is to take external rays such as sunlight from the transparent window (12) according to claim 1 into the processing tank (2). In the case of activation of titanium dioxide (7) or photosynthetic deodorant fungi, or when spraying in the treatment tank (2), the type of artificial light source (17) according to the selection of the light source that performs its function It is an embodiment.

  “Claim 9” is equipped with a fluorescent lamp and is used for general purposes, has a few heat sources, and has been implemented from daylight to white depending on the type of fluorescent lamp tube. It was effective.

  “Claim 10” is an example in which an incandescent lamp is mounted, and there is a heat source simultaneously with the light beam, and there is also a warming surface effect in the cold region in winter. When the incandescent bulb is colored, the lighting intensity decreases. Was also effective in functionality.

  “Claim 11” is equipped with a halogen lamp, has a strong light beam, a large heat calorie, and a dry moisture transpiration drying method that increases the amount of heating, as well as a bio-use dry fermentation process that requires high-temperature heating. Suitable for the method.

  "Claim 12" is used for each color function using LED light, but it has no heat source only with light, and is used as a very effective light source for the activity of titanium dioxide and photosynthetic deodorant fungi used as photocatalysts. Although it was suitable, unfortunately it was weak in terms of cost and humidity in the treatment tank (2), and isolation irradiation in the treatment tank (2) was necessary.

  “Claim 13” is an example in which an ultraviolet light sterilization lamp is loaded on an artificial light source (13), which irradiates the upper space of the treatment tank (2), and for the purpose of preventing the scattering of various fungi, It was used effectively when a simple toilet or other sterilizing action was required, and it was effective in terms of hygiene, but it was also effective for activation of titanium dioxide (7).

  “Claim 14” is not brominated and does not scatter dust, so it can be used for desktop movement, recreational use, and other various sizes. Place organic waste processing equipment (1) that can be used for recreation as well. ).

  FIG. 4 is a side sectional view and a partially transparent view of an organic matter processing apparatus of an intermittently mounted helical stirring blade equipped with a main function of each “claim” in a dry fermentation treatment method.   FIG. 3 is a side sectional view and a partially transparent view of an organic matter processing apparatus of a desktop and portable table equipped with a horizontal axis stirring equipped with the main functions of each “claim” in a dry fermentation treatment system.   FIG. 4 is a side sectional view and a partial perspective view of an organic matter processing apparatus of an intermittently mounted intermittent spiral stirring blade equipped with the main functions of each “claim” in a dry moisture transpiration drying method.   FIG. 4 is a side cross-sectional view and a partial perspective view of an organic matter processing apparatus of a wet fermentation treatment method equipped with a horizontal axis stirring blade equipped with the main functions of each “claim” in a wet fermentation treatment method.   FIG. 4 is a side cross-sectional view and a partially transparent view of an organic matter treatment apparatus of a submerged continuous spiral stirring blade equipped with a vertical stirring blade and equipped with a main function of each “claim” in a wet underwater decomposition method.   Non-water-absorbing lightweight foam base material and water-absorbing light-weight foam base material have a cylindrical shape, and can be applied and impregnated with scientific deodorant materials, photosynthetic deodorant fungi, titanium dioxide, and other metal ions. It is.   Non-water-absorbing lightweight foamed base material and water-absorbing light-weight foamed base material have a hollow cylindrical shape, and can be applied and impregnated with scientific deodorant materials, photosynthetic deodorant fungi, titanium dioxide, and other metal ions. FIG.   Non-water-absorbing lightweight foam base material and water-absorbing light-weight foam base material have a square cubic shape, and can be applied and impregnated with scientific deodorant materials, photosynthetic deodorant fungi, titanium dioxide, and other metal ions. FIG.   The non-water-absorbing lightweight foam base material and the water-absorbing lightweight foam base material have a square cubic hollow shape and can be impregnated with scientific deodorant materials, photosynthetic deodorant fungi, photocatalytic titanium dioxide, and other metal ions. FIG.   The non-water-absorbing lightweight foam base material and the water-absorbing lightweight foam base material have a polygonal cubic shape, and can be impregnated with scientific deodorant materials, photosynthetic deodorant fungi, photocatalytic titanium dioxide, and other metal ions. It is a perspective view.   Non-water-absorbing lightweight foam base material and water-absorbing lightweight foam base material are shaped like polygonal cubes and can be impregnated with scientific deodorant materials, photosynthetic deodorant fungi, photocatalytic titanium dioxide, and other metal ions. FIG.   Non-water-absorbing lightweight foam base material and water-absorbing light-weight foam base material are polygonal cubic star-shaped and can be impregnated with scientific deodorant materials, photosynthetic deodorant fungi, photocatalytic titanium dioxide, and other metal ions. It is a perspective view.

Explanation of symbols

1 Organic matter treatment equipment
2 treatment tank
3 treated organic matter
4 Non-water-absorbing lightweight foam base material
5 Water-absorbing lightweight foam base material
6 photosynthetic deodorant fungi
7 Titanium dioxide
8 Stirring blade
9 Fine dust
10 Lightweight base material stack on top of tank
11 Exhaust filter
12 Transparent windows
13 Artificial light source
14 Treatment tank wall
15 Drainage filter
16 High voltage plasma discharge machine
17 Humidity sensor
18 Ultrasonic transmitter

Claims (14)

Each base of the fixed particle size molding of the non-absorbent light-weight foamed base material (4) and the water-absorbent light-weight foamed base material (5) together with the treated organic matter (3) to be put into the treatment tank (2) of the organic matter treatment apparatus (1) Depending on the purpose, the material is selected as a single species or a mixed species, and the base material is left as it is, or sometimes each base material is made of various deodorant natural materials, chemical reaction deodorant materials, photosynthetic deodorant fungi (6 ), Titanium dioxide (7) or the like is coated and impregnated with a single species or a complex species and loaded into the treatment tank (2). In that case, light is radiated from the transparent window (12) with an artificial light source (13), By agitating the inside of the treatment tank (2) with the stirring blade (8), fine dust (9 ) Prevention of splashing, deodorization function, treatment progress in process tanks, visual grasp of the progress, and other various functions, and everyone in the world It is possible to judge and cope with the usage status easily and accurately by the senses, and for each type of treatment method of dry moisture transpiration drying treatment method, dry fermentation treatment method, wet fermentation treatment method, wet underwater decomposition treatment method The details of claim 1 are as follows for an organic substance processing apparatus loaded with a multifunctional lightweight base material that can be used. The first is a function to prevent the fine dust (9) from splashing inside and outside the tank due to ventilation in the treatment tank (2) in the dry moisture transpiration drying treatment method and the dry fermentation treatment method.
To do this, the tank upper lightweight substrate laminate (10) is formed by loading with either one of the non-absorbent lightweight foamed base material (4) or the water-absorbent lightweight foamed base material (5) or a mixture of both. In addition, the fine residue dust (9) does not appear on the upper surface of the processing tank (2) and the dust scattering is completely prevented, so that the dirt and clogging of the ventilation filter (11) is reduced to the limit, and the processing tank (2) Internal moisture transpiration and various gases are vaporized from the gap between various shapes and sizes of the tank upper lightweight base material layer (10) and discharged outside the processing tank (2). Solved.
The second is a visual judgment of normality of maintaining normal humidity that is important in the process of use in the treatment tank (2) in the dry moisture transpiration drying method and the dry fermentation method.
In the past, the most important thing about the most difficult humidity judgment management was to make it possible for anyone to make a right or wrong judgment visually regardless of gender.
For this purpose, the non-water-absorbing light-weight foam base material (4) and the water-absorbent light-weight foam base material (5) can be loaded with a single species or a mixture of both depending on the shape difference or color coding. If the humidity in the tank rises due to changes in the amount and quality of the treated organic matter (3) that forms the material laminate (10), the water-absorbing and light-weight foamed base material (5) also absorbs and absorbs moisture, and is stirred and kneaded in the tank. It swims and exists as a non-water-absorbing lightweight foam substrate (4) tank upper lightweight substrate laminate (10).
When only the water-absorbing lightweight foam base material (5) is loaded, the tank upper lightweight base material layer (10) is phenomenon or disappears due to water absorption swimming due to the increase of the humidity in the tank. In the case where there is no fine dust scattering and the moisture retention state in the treatment tank (2) is normal, the tank upper lightweight base material layer (10) is formed again according to the dryness.
The third is retention of deodorizing function in the case of the dry moisture transpiration drying method and the dry fermentation method.
Applying or impregnating a plant-extracted essence deodorant or other scientifically formulated deodorant to a single species or a composite species of the non-absorbent lightweight foam base material (4) and the water-absorbent lightweight foam base material (5) In the case of the non-water-absorbing lightweight foamed base material (4), the tank upper lightweight base material layer (10) is formed on the upper part of the treatment tank (2) because it does not absorb water. When passing 10), a minute elimination odor or masking deodorization function is added.
At the same time, when the water-absorbing lightweight foamed base material (5) is impregnated with the deodorant of this item and loaded, if the humidity in the treatment tank increases, water is absorbed according to the humidity. (2) Although the amount of the tank upper lightweight base material laminate (10) decreases as the humidity increases, the treatment tank (2) can be submerged in the treatment tank (2). ) Deodorizing effect is exerted inside, and when it is loaded with non-absorbent lightweight foamed base material (4) and water absorbent lightweight foamed base material (5) coated or impregnated with deodorant, it is treated The upper part of the tank (2) exhibits a deodorizing function with both the non-water-absorbing light-weight foamed base material (4) and the inside with the water-absorbent light-weight foamed base material (5).
The fourth is that the photosynthetic deodorant fungi (6) may be landed and deodorized as necessary in a dry fermentation treatment method, a wet fermentation treatment method, and a wet city decomposition treatment method.
A non-water-absorbing light-weight foam base material (4), a water-absorbing light-weight foam base material (5), a single species or a composite species, is added to the photosynthetic deodorant fungi (6) and loaded into the treatment tank (2). For both outdoor installation and indoor installation, the tank upper lightweight base material layer (10) can be formed by using a transparent window (12) as a transparent material on the upper part of the organic tank (1). It is an energy-saving one that activates the photosynthetic deodorant fungi (6) by external light transmission, and an artificial light source (13) is mounted in the treatment tank (2) to constantly activate it.
In addition, when the non-water-absorbing lightweight foam base material (4) and the water-absorbing lightweight foam base material (5) are coated and impregnated with photosynthetic deodorant fungi, the tank upper lightweight base material laminate (10) is always formed at a constant humidity. However, the photosynthetic deodorant fungi (6) landing on the water-absorbing lightweight foam base material (5) is always water-absorbing in the case of having moisture inside the treatment tank (2) by the dry fermentation treatment method and in the case of wet. In this case, the lightweight foam base material (5) swims in the treatment tank (2) with stirring and mixing, and the activation of the photosynthetic deodorant fungi (6) is delayed or inactivated due to the inability to irradiate light from the upper part. In some cases, a transparent portion is provided on the side surface of the processing tank wall (14), and the inside of the processing tank (2) is irradiated with light by an artificial light source (13) or an external light beam.
The fifth is dry moisture transpiration drying treatment method, dry fermentation treatment method, wet fermentation treatment method, wet underwater decomposition treatment method, non-water-absorbing lightweight foam base (4), water-absorbing lightweight foam base (5) In some cases, a single species or a composite species is coated and impregnated with titanium dioxide (7) and loaded into the treatment tank (2), and the titanium dioxide photocatalyst (7) is coated and impregnated. In this case, the titanium dioxide in the treatment tank (2) generates negative and positive charge ions from natural light from the transparent window (12) or ultraviolet light from the artificial light source (13). Intended to create active oxygen, it is intended to effectively decompose the treated organic matter (3), and secondaryly, it is possible to expect sterilization and deodorization, which is a well-known fact. It doesn't matter.
In addition, a single type or a composite type of a non-water-absorbing lightweight foam base material (4) or a water-absorbing lightweight foam base material (5) can be coated and impregnated and loaded into the treatment tank (2) for outdoor installation use. In indoor use, the transparent window (12) at the upper part of the treatment tank of the organic matter treatment apparatus (1) is made of a transparent material with a constant area, so that the lighter base laminate (10) at the tank upper part is energy-saving and contains external ultraviolet rays. Titanium dioxide (7) is activated by light-transmitting daylighting. In addition, an artificial light source (13) is installed in the treatment tank (2) to constantly irradiate and activate ultraviolet rays to improve the function. is there.
At the same time, when the inside of the treatment tank (2) is kept at a constant humidity, the upper tank base material laminate (10) is formed, but the water absorbent lightweight foam base material (5) has moisture inside the treatment tank (2). In this case, since the activation of the titanium dioxide (7) is delayed or inactivated due to the inability to irradiate the light in the processing tank (2), in this case, a transparent portion is formed on the side surface of the processing tank wall (14). And the inside of the treatment tank may be irradiated with light by an artificial light source (13) or an external light beam.
The sixth is a means for eliminating animal odors different from the normal odor in the case of the dry moisture transpiration drying treatment method and the dry fermentation treatment method, and is a non-water-absorbing lightweight foam base material (4), a water-absorbing lightweight foam base material (5 ) May be applied to or impregnated with a divalent iron material, or sprayed into the treatment tank (2), or may be used alone.
Processed organic matter (3) If the humidity in the tank increases due to excessive loading, the water-absorbing and light-weight foamed base material (5) is drawn into the processing tank (2) according to the humidity, in particular, mixed with stirring, and the humidity is high. The larger the amount of the lighter base material laminate (10) in the tank, the smaller the amount, but even if submerged in the processing tank (2) by stirring and mixing, it reacts with various substances in the processing tank (2) and deodorizes. The effect is demonstrated.
The seventh is that the non-water-absorbing light-weight foam base material (4) and the water-absorbing light-weight foam base material (5) can be used for the odor of spoilage bacteria in the dry moisture transpiration drying method and the dry fermentation method. Has a deodorizing effect when both a silver ion material and a copper ion material are used alone, or a mixture of both is applied or impregnated, or sprayed into the treatment tank (2) or added alone.
The eighth is the installation of artificial light sources for photosynthetic deodorant fungi (6) or titanium dioxide (7) in the wet fermentation treatment system and the wet water decomposition treatment system.
Lightly irradiate the tank upper lightweight base material layer (10), sometimes with the transparent window (12) at the top of the processing tank as a transparent material, or always receive external light transmission, or install an artificial light source (13) to lighten the tank upper It is a problem of the type selection of the artificial light source (13) in the case of installing the base laminate (10) in order to irradiate the light and exhibit the functions of the photosynthetic deodorant fungi (6) and titanium dioxide (7). Since the mounting type of (13) changes depending on the purpose, it is independently billed in a later-described claim.
The ninth is a natural fungi flooring material in the case of wet fermentation treatment and underwater decomposition treatment method, and at the same time, the waste water filtration net (18) that is essential for the wet treatment method is prevented from clogging and stirring friction cleaning. (2) An organic matter processing apparatus loaded with a multifunctional lightweight base material that exhibits a friction cleaning effect from the bottom part to the upper part part in the inside and also retains the function of completely preventing clogging of waste water in the treatment tank.   The organic matter processing apparatus loaded with a multifunctional lightweight base material according to claim 1, wherein the non-water-absorbing lightweight foam base material (4) and the water-absorbing lightweight foam base material (5) are made of various resins such as polyester.   The non-water-absorbing lightweight foamed base material (4) and the water-absorbing lightweight foamed base material (5) are made of various synthetic rubbers such as syndiotactic 1,2-polybutadiene synthetic rubber sponges. Functional organic processing equipment loaded with lightweight substrates.   The organic matter processing apparatus loaded with the multifunctional lightweight base material according to claim 1, wherein the non-water absorbent lightweight foam base material (4) and the water absorbent lightweight foam base material (5) are soft molded.   The organic matter processing apparatus loaded with the multifunctional lightweight base material according to claim 1, wherein the non-water-absorbing lightweight foam base material (4) and the water-absorbing lightweight foam base material (5) are hard-molded.   The multifunctional lightweight base material according to claim 1, wherein charged ozone air is supplied into the treatment tank (2) by a high-voltage plasma electron discharger (15) and a positive and negative charge discharger (15). Organic matter processing equipment.   In the treatment tank (2), the humidity sensor (16) senses a certain humidity or higher in the treatment tank (2), and at the same time as the operation of the ultrasonic oscillator (17), the existing heating and heating device and stirring are performed. The organic matter processing apparatus loaded with a multifunctional lightweight base material according to claim 1, wherein the promotion of moisture evaporation is facilitated by operating a single species or a complex species for extended time.   The organic substance processing apparatus loaded with a multifunctional lightweight base material according to claim 1, wherein the stirring blade (8) has an intermittent spiral blade shape or a propeller shape.   The organic matter processing apparatus loaded with a multifunctional lightweight base material according to claim 1, wherein the artificial light source (13) attached to the organic matter processing apparatus (1) is a fluorescent lamp.   9. The organic matter processing apparatus loaded with a multifunctional lightweight base material according to claim 1, wherein the artificial light source (13) attached to the organic matter processing apparatus (1) is an incandescent lamp.   9. The organic matter processing apparatus loaded with a multifunctional lightweight base material according to claim 1, wherein the artificial light source (13) attached to the organic matter processing apparatus (1) is a halogen lamp.   The artificial light source (13) attached to the organic matter processing apparatus (1) is an LED lamp, and is loaded with a multifunctional lightweight substrate according to claim 1 of white, red, yellow, blue alone or a composite color. Organic matter processing equipment.   The multi-function lightweight substrate according to claim 1, wherein the artificial light source (13) attached to the organic matter processing device (1) is installed with an ultraviolet lamp alone or in addition to another artificial light source (13). Organic matter processing equipment.   The multifunctional lightweight base material according to claim 1, wherein the organic substance processing device (1) is made light and small with a horizontal agitating blade (8), and is installed on a table or portable. Loading organic matter processing equipment.

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