JP4178440B2 - Circulation type water supply and drainage equipment - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
  The present invention relates to a circulation type water supply and drainage facility that can purify and circulate life-related wastewater such as various facilities and houses, and can reuse water by using rainwater and the like, so that the amount of tap water used can be made almost zero.
[0002]
  In this specification, drinking water refers to drinking water that can be used in kitchens, bathrooms, washrooms, etc., and medium water refers to drinking water that flows in the toilet bowl or water sprayed in the garden. This means water that is clean to some extent, and sewage refers to so-called sewage after use of clean water or medium water.
[0003]
  In this specification, biotreatment means 1) creation of an ecosystem of microorganisms in which all microbial groups such as aerobic fungi, anaerobic fungi, facultative anaerobic fungi coexist, prosper, and coexist. To eliminate all aerobic and anaerobic Fusarium species in microbial dynamics 3) Catalysis of ultra-high density energy and information due to the emergence and expression of ancient fungi about 2 to 3 billion years ago This means that the substances contained in sewage are decomposed and lost. Specifically, using the functions, substrates and information of microorganisms, and using the fermentation, growth, and induction methods according to the substrate properties for the basis of all pollutants, the above 1) to 3) To the state. This is called a complex fermentation method.
[0004]
[Prior art]
  Conventionally, in various facilities and houses, water taken from outside by water supply is used for cooking water in kitchens, toilet flushing, wash water, sprinkling water in gardens, etc. Sewage after use is purified by sewerage. After being sent to the site and purified, it was drained into rivers. In some areas, the treatment capacity of the water purification plant is insufficient, and sewage is drained directly into rivers.
[0005]
[Problems to be solved by the invention]
  In the system equipment that supplies domestic water through the water supply and cleans up at the water treatment plant through the sewer as described above, it not only costs a large amount of water and sewage equipment, which is a public facility, but also purifies the sewage. In some cases, a large amount of sludge was generated, and the treatment of the sludge was very troublesome and expensive. In addition, if sewage is drained directly into a river or the like, there is a problem that pollution of the river advances and environmental problems occur.
[0006]
  This invention makes it a subject to eliminate each above-mentioned problem, and aims at providing the circulation type water supply / drainage equipment which solved this subject.
[0007]
[Means for Solving the Problems]
  In order to achieve the above object, the circulation type water supply and drainage system according to the first aspect of the present invention is configured to supply middle water such as rainwater.After filtration, in two storage tanksStore and if necessaryFrom each storage tankA water supply device capable of supplying;For each of the one storage tankA first water purifier for purifying the intermediate water supplied from the above by complex fermentation to obtain drinking water, andThe other storage tankSaid medium water and saidFrom the first water purification deviceWaterRespectivelyA circulation type water supply and drainage facility using a water supply and drainage facility comprising a second water purification device for purifying sewage after use by complex fermentation to obtain middle water,The other storage tankThe sewage sent from the place where the intermediate water is used is sequentially purified by the second water purifier and transferred to the place where the water is used.The other storage tankWhile being transferred toOne storage tankThe first water purifier purifies the middle water sent from the water and transfers it to drinking water, and transfers it to a drinking water use place such as a kitchen. The sewage discharged from this drinking water use place is sequentially supplied to the second water purifier. And purifyThe other storage tankConfigured to be transported toThe main body of the first water purification device and the second water purification device is laminated with a microorganism treatment tank that grows predetermined microorganisms and feeds air, and a silica catalyst, a carbon catalyst, and a mineral catalyst of a material catalyst. A stock solution consisting of water, an extract previously extracted from leaves such as pine, persimmon, plum, fig, peach, persimmon, okara, and molasses. The water to be treated with the enzyme solution for inducing fermentation obtained by extracting the enzyme from the biotreatment with microorganisms in the tank, and then in the mineral treatment tank, fixed nitrogen produced by biotreatment, Disappear bioactive substances and protein crystalsIt is comprised so that.
[0008]
DETAILED DESCRIPTION OF THE INVENTION
  Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings. Here, FIG. 1 of the attached drawings is a schematic view of the circulation type water supply and drainage equipment, FIG. 2 is a plan view of the facility provided with the water supply and drainage equipment, FIG. 3 is a front view of the facility provided with the water supply and drainage equipment, and FIG. FIG. 5 is a cross-sectional plan view of the apparatus main body in the first water purifier, FIG. 6 is a cross-sectional plan view showing the air supply mechanism of the apparatus main body in the first water purifier, and FIG. 4 is a cross-sectional view taken along line AA of FIG. 4, FIG. 8 is a cross-sectional view taken along line BB of FIG. 4, FIG. 9 is a cross-sectional view taken along line CC of FIG. 11 is a cross-sectional plan view of the main body of the second water purifier, FIG. 12 is a cross-sectional plan view for explaining the air supply mechanism of the main body of the second water purifier, and FIG. 13 is a cross-sectional view taken along line AA in FIG. 14 is a cross-sectional view taken along line BB in FIG. 10, FIG. 15 is a cross-sectional view taken along line CC in FIG. 10, and FIG. There sectional view taken along line D-D.
[0009]
  As shown in FIGS. 1 to 3, the water supply / drainage equipment 1 is installed in a facility 2 such as a residence, and includes a middle water receiving tank 3, a first storage tank 4, a filtration tank 5, and a second storage tank that receive rainwater as middle water. A water supply device 8 formed by linking the tank 6 and the third storage tank 7 with a water supply pipe so that the intermediate water can be transferred in sequence, and drinking water that is purified by purifying the intermediate water of the water supply device 8 After using the first water purifier 9 for obtaining the water and the intermediate water or the clean water of the water supply device 8underIt comprises the 2nd water purifier 10 for purifying water and obtaining middle water. Between the second storage tank 6 and the first water purification device 9, between the third storage tank 7 and the middle water use place 11 such as a toilet, between the filter member 9b described later of the first water purification apparatus 9 and the upper water use place 12 such as a kitchen. , Between the water use place 12 and the flow rate adjustment tank 10c of the second water purification apparatus 10, between the intermediate water use place 11 and the flow rate adjustment tank 10b, and between the second water purification apparatus 10 and the third storage tank 7 respectively. They are connected by a pipe 13. The first storage tank 4, the second storage tank 6, and the third storage tank 7 are respectively provided with pumps 4a, 6a, and 7a for sending out middle water, and the first storage tank 4 has a pump.TheIt is connected with a fire hydrant (not shown) which is a water discharge part via 4b and a water supply pipe. The water discharge part may be a water spigot (not shown) for watering the garden or road.
[0010]
  In the middle water receiving tank 3 provided on the concrete roof on the first floor of the facility 2 such as the residence, a lawn layer 14, a sand-washed layer 15 and a silica layer 16 in which grass is planted on the soil are laminated, The roof gutter and the first storage tank 4 are connected by a water guide pipe 17 (see FIG. 3).
[0011]
  As shown in FIGS. 4-9, the 1st water purifier 9 is a tank-shaped apparatus main body 9a, the bamboo charcoal for catalyst, SWA material, and a microfilter (for filtering the treated water obtained with this apparatus main body 9a. The filter member 9b is configured to sequentially pass through (not shown) and the adjustment tank 9c for storing the treated water to be fed into the apparatus main body 9a and adjusting the amount of the water to be fed. In this adjustment tank 9c, the enzyme is extracted from a stock solution consisting of 90% by weight of water, 6% by weight of an extract extracted from leaves such as pine, persimmon, plum, fig, peach and persimmon, 3% by weight of okara and 1% by weight of molasses. Extracted,To induce fermentationPeriodically add an enzyme solution containing an antioxidant.
[0012]
  In the preparation of the enzyme solution, by extracting microorganisms from the air into the aqueous solution mixed with the extract extracted from the above-mentioned pine, bamboo shoot, plum, fig, chestnut, peach, bamboo leaf, okara, molasses, The number of microorganisms per 1 cc (viable bacteria count) is 10 in the initial state.⁷-10⁸Was 10⁹And the number of bacteria disappears, and then 10²⁰-10³⁰The plant enzymes contained in the pine, persimmon, plum, fig, chestnut, peach, and persimmon leaves Together with crystallization (synthesis fusion),To induce fermentationAntioxidants are produced. The enzyme solution is obtained by filtering the solution containing the antioxidant.
[0013]
  The apparatus main body 9a has a microbial treatment tank 20 composed of a first treatment chamber 18 (biocatalyst tank) and a second treatment chamber 19 (biocatalyst tank),Demonstrates purification using mineralsIt is divided into a mineral processing tank 21 and a treated water storage tank 22, and air discharge portions 18a and 19a are provided at the lower portions of the first and second treatment chambers 18 and 19, respectively, and air discharge portions 18b and 19b are provided at both sides. Deploy. Further, the apparatus main body 9a has air discharge portions 21a and 21b arranged below the mineral processing tank 21, and between the first processing chamber 18 and the second processing chamber 19, and between the second processing chamber 19 and the mineral processing. Water channels 24a, 24b, and 24c through which treated water can be sequentially transferred are provided between the tanks 21 and above the partition walls 23 between the mineral treatment tank 21 and the treated water storage tank 22, respectively. As shown in FIG. 5, the outlet end of the water channel 24a opens to the lower part of the second treatment chamber 19, and the outlet end of the water channel 24b is mineral processing.TankFurther, the water channel 24 c is formed by a through-hole penetrating the upper part of the partition wall 23. The air discharge portions 18a, 18b, and 21a are supplied from the external air supply device (not shown) by the first air pipe 25a, and the air discharge portions 18b, 19b, and 21b are supplied from the external air supply device (not shown) by the first air pipe 25b. To receive the supply. In each of the first and second air pipes 25a and 25b, air discharge portions 18a and 18b related to the first processing chamber 18, air discharge portions 19a and 19b related to the second processing chamber 19, and mineral processing.TankA switching valve (not shown) for switching between blocking and passing of air is provided in order to switch whether or not to send air to the 21 air discharge portions 21a and 21b.
[0014]
  Each of the first and second processing chambers 18 and 19 suspends the nonwoven fabrics 26a and 26b subjected to bioprocessing for algae and fungi to be present and expressed at predetermined intervals and emits light from the top. It has a light source (not shown) for irradiating.
[0015]
  In each of the first and second processing chambers 18 and 19, a fungus bed for growing anaerobic lactic acid bacteria, yeast, etc., anaerobic lactic acid bacteria, actinomycetes, azotobacter, amylobacter, root-knot fungus, etc. is introduced. By these biotreatments, aerobic / anaerobic Fusarium genus is suppressed, and the generated bases are proteinized to form crystals. The first processing chamber 18 is provided with a water conduit 27 connected to the circulation pipe 13 extending from the second storage tank 6, and the inner end of the water conduit 27 faces the lower portion of the first processing chamber 18.
[0016]
  Demonstrates purification using mineralsThe mineral processing tank 21 is silicaMedium 28, carbon catalyst layer 29 and material touchMedium 30 and is contained in the treated water biotreated in the first and second treatment chambers 18 and 19.Nitrogen (N), physiologically active substance, protein crystalIs eliminated by an inorganic medium (C.SiO2, Ti, Fe, Al, Cu, Mg, Li, Be, etc). In particular,In the silica catalyst 28, fixed nitrogen, physiologically active substance, and protein crystal (enzyme-bonded crystal) contained in the treated water are ions (C · SiO) that are inorganic catalyst bodies. ₂ ) Is adsorbed by carbon ions (C). In the carbon catalyst 29, all remaining hydrogen groups (H ⁺ ) Is adsorbed on carbon (C), which is an inorganic catalyst body contained in the carbon catalyst 29. Further, all the catalytic actions are completed at the material catalyst 30.
[0017]
  A return pipe 31 for returning treated water from the mineral treatment tank 21 to the first treatment chamber 18 is disposed between the first treatment chamber 18 and the mineral treatment tank 21. This return pipe 31 returns the treated water from the mineral treatment tank 21 to the first treatment chamber 18 to make up for the shortage of biotreatment of the treated water in the mineral treatment tank 21 and performs each purification by recombination fermentation and catalytic treatment again. Is for doing.
[0018]
  The treated water storage tank 22 is provided with a drainage mechanism for sending the treated water subjected to the catalyst treatment in the mineral treatment tank 21 from the apparatus main body 9a to the filter member 9b. This drainage mechanism is composed of a motor 32 and a suction pipe 33 with its tip facing the lower part of the treated water storage tank 22, and this suction pipe 33 is connected to a connecting pipe 34 connected to the filter member 9b. is there.
[0019]
  4 and 5, reference numeral 35 is an overflow pipe provided on the upper part of the treated water reservoir 22 for discharging treated water to the outside when the water level rises too much, and reference numeral 36 is the first and second microorganisms. It is an opening provided in the upper part of the treatment tanks 18 and 19 and the mineral treatment tank 21.
[0020]
  Next, the process of treating rainwater with the water purifier 1 will be described. First, rainwater in the second storage tank 6 is poured into the adjustment tank 9c, and after a predetermined time has passed since the enzyme solution was introduced, the water to be treated is gradually allowed to flow into the first treatment chamber 18 from the water conduit 27 and the air. A predetermined switching valve is operated from the discharge portions 18a, 18b, 19a, 19b to discharge air. In the first treatment chamber 18, the fermentation system preferred microorganism group treatment with aerobic fungi lactic acid bacteria, yeast, etc., the aerobic fungus and anaerobic fungus lactic acid bacteria, actinomycetes fermentation and fermentation synthesis microorganism group treatment, By fermenting and synthesizing microorganism groups with anaerobic fungi, oxidation, deterioration, decay prevention by antioxidant action, physiology of amino acids, sugars, vitamins, minerals, etc.ActivityProduction of substances, inhibition of E. coli, bacteria, general bacteria, production of antibiotics such as Streptomyces penicillium, sterilization of viruses, pathogens and rickettcher, and growth inhibition. In the first and second processing chambers 18 and 19, the photosynthetic bacteria, algae, and photosynthetic microorganisms that are present and expressed on the nonwoven fabrics 26a and 26b generate carbon dioxide gas and nitrogen gas by the light of a light source (not shown). Incorporate and perform energy replacement and exchange such as photosynthesis. In other words, this biotreatment and energy replacement and exchange cut off almost complete oxidation, deterioration, and decay of treated water, extinguish aerobic and anaerobic Fusarium, and lead all harmful effects of microorganisms to effective action . In other words, the biotreatment enables the coexistence, mutual prosperity, and symbiosis of each bacterium, and draws out the effective action of microorganisms to cut off oxidation, deterioration, and decay.
[0021]
  Subsequently, the water to be treated is transferred from the water channel 24 a to the second processing chamber 19 from the water channel 24 a of the first processing chamber 18, and the bioprocessing similar to the case of the first processing chamber 18 is performed in the second processing chamber 19. Energy replacement and exchange by photosynthesis is performed.
[0022]
  Subsequently, from the second treatment chamber 19, treated water passes through the water channel 24b and is subjected to mineral treatment.Tank21. This mineral processingTank 2In 1, the material touchMedium 30And carbon touchMedium 29 and silica touchMedium 28Are inorganic catalyst bodies (C · SiO₂, Ti, Fe, Al, Cu, Mg, Li, Be, etc.Of fixed nitrogen, bioactive substances, protein crystalsDo disappear.
[0023]
  Next, mineral processingTankFrom 21, treated water (potable water) flows from the water channel 24 c into the treated water storage tank 22. This treated water is further filtered by a filter member 9b in which a pump is driven by a motor 32, the treated water is pumped by a suction pipe 33, and bamboo charcoal for a catalyst, SWA material, and a microfilter are laminated (not shown). Then, it is sent to drinking water use place 13 as potable water. The treated water is continuously introduced into the first treatment chamber 18.
[0024]
  In addition, sewage (sewage) after being used at the water use place 11 passes through the water pipe 13.Second water purification device 10Sent to. In addition, when an unnecessary substance is still present in the treated water in the mineral treatment tank 21 obtained as described above, it is returned to the first treatment chamber 18 by the return pipe 31 and again biotreated and mineralized.UsedIt is possible to perform a catalyst treatment.
[0025]
  As shown in FIG.1 and FIG.10, the 2nd water purifier 10 adjusts so that the flow volume of the sewage sent into this tank main body 10a and this apparatus main body 10a may be processed effectively by the apparatus main body 10a. First flow rate adjustment tank 10b and second flow rate adjustmentTank10c. The same enzyme solution as that used in the first water purifier 9 described above is periodically charged into the first flow rate adjusting tank 10b.
[0026]
  As shown in FIGS. 10 to 16, the inside of the apparatus main body 10 a is partitioned by walls 37, 38, 39, 40, 41, so that a first microorganism treatment tank 42, a second microorganism treatment tank 43, a third microorganism treatment tank 44, It divides into the 4th microorganism treatment tank 45, the 5th microorganism treatment tank 46, and the mineral treatment tank 47, and air discharge part 42a, 43a, 44a, 45a, each lower part of each said 1st-5th microorganism treatment tank 42-46. 46 a, an air discharge part 46 b is also arranged on both sides of the fifth microorganism treatment tank 46, and an air discharge part 47 a is arranged below the mineral treatment tank 47. On the partition walls 37, 38, 39, the first microbial treatment tank 42 to the second microbial treatment tank 43, the second microbial treatment tank 43 to the third microbial treatment tank 44, and the third microbial treatment tank 44 to the second microbial treatment tank 44. A water channel 48 a for transferring the treated water to each of the four microorganism treatment tanks 45 is provided. Into the second to fourth microbial treatment tanks 43 to 45 on the outlet sides of the respective water channels 48a, the treated water transferred through the respective water channels 48a is guided to the lower portions of the second to fourth microbial treatment tanks 43 to 45. A guide tube 49 having a semicircular cross section is provided. Further, an opening 50 is provided in the upper part of the apparatus main body 10a so as to correspond to each of the tanks for maintenance management of each internal member.
[0027]
  As clearly shown in FIG. 12, the air discharge portions 42a, 43a, 44a, 45a, and 47a are supplied by the first air pipe 51a, and the air discharge portions 46a and 46b are supplied by the second air pipe 51b. It is configured to receive air supply from a device (not shown).
[0028]
  As clearly shown in FIG. 10, the first microorganism treatment tank 42 is preliminarily filled with a bed for aerobic fungi lactic acid bacteria and yeast to preferentially grow, and the partition 52 separates the interior into two parts. The processing chamber 53a is divided into two processing chambers 53a and 53b that communicate with each other at the lower portion, and sewage water to be treated is introduced into the lower portion of the end-side processing chamber 53a from the outside into the processing chamber 53a on the end portion side of the apparatus body 10a. A water conduit 54 is provided. The water conduit 54 is connected to the second flow rate adjusting tank 10c by a connecting pipe 55 (see FIG. 1).
[0029]
  In addition, the second and third microorganism treatment tanks 43 and 44 are loaded with a bed for preferentially producing the aerobic and anaerobic lactic acid bacteria, actinomycetes, azotobacter, amylobacter, and root-knot fungus. ing.
[0030]
  As clearly shown in FIG. 2 and FIG. 11, the fourth microorganism treatment tank 45 is loaded with a fungus bed for preferentially growing the anaerobic fungi, and treated water is disposed on the side wall thereof. Precipitation for precipitating various fungi contained inTank 56 is provided with a treated water outlet hole 57 that is connected to 6.
[0031]
  As clearly shown in FIG. 15, the fifth microbial treatment tank 46 suspends a plurality of non-woven fabrics 58 that are the same as those used in the microbial treatment tank 20 in the first water purification tank 9 at predetermined intervals, and has sidewalls thereof. Is provided with a water receiving port 59 connected to the settling tank 56. The outlet end of the water receiving port 59 opens at the lower part of the fifth microorganism treatment tank 46.
[0032]
  The mineral processing tank 47 is silicaMedium 62, Carbon touchMedium 61. Material touchMedium 60And is contained in the treated water biotreated in the fifth microorganism treatment tank 46Fixed nitrogen, bioactive substance, protein crystalIs eliminated by an inorganic medium (C.SiO2, Ti, Fe, Al, Cu, Mg, Li, Be, etc). Specifically, silicaMedium 62InFixed nitrogen, physiologically active substance,Protein crystals are C · SiO₂By colliding withPlus ionTurned intoButAdsorbed on carbon (C), MaCarbon touchMedium 6In 1The restAll hydrogen groups (H +) retained are adsorbed on carbon (C),In the medium 60,All disappearanceCatalysis is over. 10 to 12, reference numeral 63 denotes an overflow pipe.
[0033]
  Next, the process of obtaining purified water with the second water purification apparatus 10 will be described. First, when sewage is gradually introduced into the treatment chamber 53a of the first microorganism treatment tank 42 through the first and second flow rate adjustment tanks 10b and 10c, the second microorganism treatment tank is passed from the first microorganism treatment tank 42 through the water channel 48a. It flows into the lower part of 43 and is further transferred to the third and fourth microorganism treatment tanks 44 and 45. From the fourth microorganism treatment tank 44, treated water enters the precipitation tank 56 through the treated water outlet hole 57, and enters the lower part of the fifth microorganism treatment tank 46 from the water receiving port 59 through the precipitation tank 56. Moreover, it is transferred from the fifth microorganism treatment tank 46 to the lower part of the mineral treatment tank 47 through the water channel 48b.
[0034]
  And in the 1st microorganism treatment tank 42, air is supplied and the fermentation system priority microorganisms process by the aerobic fungi lactic acid bacteria and yeast advances, oxidation by an antioxidant action, deterioration, suppression of decay, and solid matter Liquefaction is performed.
[0035]
  In the second microbial treatment tank 43, the aerobic and anaerobic lactic acid bacteria, fermentation with actinomycetes, and fermentation-synthetic microorganism group treatment proceed, and the biosynthesis in which the fermentation-synthetic microorganism group mainly with anaerobic fungi progresses simultaneously. By processing, amino acids, sugars, vitamins, minerals, etc.Physiological activity ofProduction of material takes place.
[0036]
  In the third microorganism treatment tank 44, the fermentative and synthetic microorganism group treatment proceeds, and sterilization and growth inhibition of aerobic bacteria and anaerobic bacteria, viruses, pathogens, and rickettcher are performed.
[0037]
  In the fourth microorganism treatment tank 45, anaerobic fungi mainly exist in the treated water, and the synthetic system preferential microorganism group treatment is performed, which is sent to the settling tank 56 to precipitate various fungi. The precipitated fungus is returned to the first microbial treatment tank where it begins to act again. The treated water that has flowed from the sedimentation tank 56 into the fifth microorganism treatment tank 46 is substantially free of fungi.
[0038]
  In the fifth microorganism treatment tank 46, photosynthetic bacteria, algae, and photosynthetic microorganisms that are present and expressed on the nonwoven fabrics 26a and 26b take in carbon dioxide gas and nitrogen gas by light from a light source (not shown) and perform photosynthesis and the like. Perform energy replacement and exchange. In other words, this biotreatment and energy replacement and exchange cut off almost complete oxidation, deterioration, and decay of treated water, extinguish aerobic and anaerobic Fusarium, and lead all harmful effects of microorganisms to effective action . In other words, the biotreatment enables the coexistence, mutual prosperity, and symbiosis of each bacterium, and draws out the effective action of microorganisms to cut off oxidation, deterioration, and decay.
[0039]
  Subsequently, the treated water in the fifth microorganism treatment tank 46 passes through the water channel 48b and is subjected to the mineral treatment.TankWhen entering 47, as in the case of the mineral processing tank 21 of the first water purifier 9, the laminated material touches are used.Medium 60, Carbon touchMedium 61. Silica touchMedium 62Are inorganic catalyst bodies (C · SiO 2, Ti, Fe, Al, Cu, Mg, Li, Be B etc)Depending on the ion catalyst used,Dissolve fixed nitrogen (N), physiologically active substances, and protein crystals.
[0040]
  That is, the material touchMedium 60Then,in frontThe effect | action which purifies the treated water processed with the microbe processing tank 45 more is exhibited. The carbon touchMedium 61 is proteinqualityAll remaining hydrogen groups (H⁺) Carbon catalyst61It is made to adsorb | suck to carbon (C) which is an inorganic catalyst body contained in. Silica touchMedium 62In the treated waterFixedNitrogen, bioactive substances, proteinsqualityThe crystal is a silica catalyst62Ions (C · SiO) that are inorganic catalyst bodies contained in₂)Plus ionAdsorbed to carbon ion (C)The
[0041]
  The middle water thus obtained is sent to the circulation pipe 13 (see FIG. 1) to the third storage tank 7 (see FIG. 1) of the water supply device 8 to be used again as toilet water or the like.
[0042]
  The circulation type water supply / drainage facility by the water supply / drainage facility 1 configured as described above includes the second storage tank 6 and the third storage tank 8 through the rainwater receiving tank 3, the first storage tank 4, and the filtration layer 5 that receive middle water in the water supply device 8. Middle water is stored in the storage tank 7, the middle water of the third storage tank 7 is sent to a use place 11 such as a toilet and used, and sewage after use is purified into middle water by the second water purification device 10. While returning to the third storage tank 7, the middle water of the second storage tank 6 is purified into clean water by the first water supply device 9, and sent to the water use place 12 such as a kitchen for use. The sewage after use is sent to the second water purification device 10 for purification together with the sewage discharged from the middle water use place 11 and returned to the third storage tank 7.
[0043]
  In addition, this invention is not limited to the said embodiment at all, For example, instead of rain water, river water and lake water may be sufficient as middle water.
[0044]
【The invention's effect】
  As described above, according to the present invention described in claim 1, drinking water or the like is obtained using the middle water such as rain water or river water, and the sewage after using the water or the middle water has a bad smell. In addition to ensuring that domestic water can be secured without relying entirely on public water and sewage facilities and purification equipment, water and sewage equipment Costs can be reduced, and in addition, there is no environmental problem even if the drainage of the sewage water is discharged into the river.In addition, effective bioprocessing can be performed.There is an effect.
[Brief description of the drawings]
FIG. 1 is a schematic view of a circulation type water supply and drainage facility.
FIG. 2 is a plan view of a facility provided with water supply / drainage equipment.
FIG. 3 is a front view of a facility where water supply / drainage facilities are provided.
FIG. 4 is a longitudinal front view of the main body of the first water purifier.
FIG. 5 is a cross-sectional plan view of the device main body in the first water purifier.
FIG. 6 is a cross-sectional plan view showing an air supply mechanism of the apparatus main body in the first water purifier.
7 is a cross-sectional view taken along line AA in FIG.
8 is a sectional view taken along line BB in FIG.
9 is a cross-sectional view taken along line CC of FIG.
FIG. 10 is a front view showing a main part of the second water purifier in a longitudinal manner.
FIG. 11 is a cross-sectional plan view of the apparatus main body in the second water purification apparatus.
FIG. 12 is a cross-sectional plan view showing an air supply mechanism of the main body device in the second water purifier.
13 is a cross-sectional view taken along line AA in FIG.
14 is a sectional view taken along line BB in FIG.
15 is a cross-sectional view taken along line CC in FIG.
16 is a sectional view taken along line DD of FIG.
[Explanation of symbols]
1 Water supply and drainage equipment
2 facilities
3 Middle water receiving tank
4 1st storage tank
5 Filtration tank
6 Second storage tank
7 third storage tank
8 Water supply device
9 1st water purifier
9a Device body
9b Filter member
9c Adjustment tank
10 Second water purifier
10a Device body
10b First flow rate adjustment tank
10c Second flow rate adjustment tank
11 Middle water use place
12 Water use place
13 Circulation pipe
14 Sat, turf layer
16 Silica layer
15 Sandwashing layer
17 Water conveyance pipe
18 First treatment chamber
19 Second processing chamber
20 Microbial treatment tank
21 Mineral processing tank
22 treated water storage tank
23 partition wall
24a, 24b, 24c
25a First air pipe
25b Second air pipe
26a, 26b non-woven fabric
27 Water conduit
28 Silica touchMedium
29 carbon touchMedium
30 Material touchMedium
31 Return pipe
32 motor
33 Suction pipe
34 Connecting pipes
35 Overflow pipe
36 opening
37, 38, 39, 40, 41 Partition wall
42 First microorganism treatment tank
43 Second microorganism treatment tank
44 3rd microorganism treatment tank
45 4th microorganism treatment tank
46 5th microorganism treatment tank
47 Mineral processing tank
42a, 43a, 44a, 45a, 46a, 46b, 47a Air discharge part
48a, 48b waterway
49 Guide tube
50 openings
51a First air pipe
51b Second air pipe
52 Bulkhead
53a, 53b processing chamber
54 Water conduit
55 continuous pipes
56 Sedimentation tank
57 Garbage outlet
58 Nonwoven fabric
59 Treated water outlet
60Material catalyst
61 Carbon catalyst
62Silica catalyst
63 Overflow pipe

Claims (1)

After filtering the middle water such as rainwater, it is stored in two storage tanks and combined with the water supply device that can be supplied separately from each of the storage tanks as needed, and the middle water supplied from the one storage tank Combined fermentation of sewage after using the first water purification device for obtaining drinking water purified by fermentation and the intermediate water of the other storage tank and the water from the first water purification device respectively A circulation type water supply / drainage facility using a water supply / drainage facility provided with a second water purification device for purifying and obtaining intermediate water, wherein the intermediate water sent from the other storage tank is used as a place for using intermediate water such as a toilet While transporting, the second water purifier sequentially purifies the sewage sent from the place where the middle water is used and transfers it to the other storage tank , while the middle water sent from the one storage tank is the first water purification apparatus. Purified with water, no drinking water, transferred to drinking water use place such as kitchen Rutotomoni, after which the sewage leaving this clean water use place sequentially supplied to purify the second water purification device, and configured to transfer the storage tank of the other, of the first water purification device and the second water purification device The apparatus main body is provided with a microorganism treatment tank in which predetermined microorganisms are grown and air is fed, and a mineral treatment tank in which a mineral catalyst of a silica catalyst, a carbon catalyst and a material catalyst is laminated, and the microorganism In order to induce fermentation in the treatment tank by extracting the enzyme from the stock solution consisting of water, extracts from leaves such as pine, bamboo shoots, plums, figs, peaches and strawberries, okara and molasses. The treated water charged with the enzyme solution was bioprocessed with microorganisms in the tank, and then the fixed nitrogen, bioactive substance, and protein crystals generated by the bioprocess were lost in the mineral processing tank. Recycling-plumbing characterized by being configured to so that.

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