JP2007130619A5 - - Google Patents

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JP2007130619A5
JP2007130619A5 JP2005355383A JP2005355383A JP2007130619A5 JP 2007130619 A5 JP2007130619 A5 JP 2007130619A5 JP 2005355383 A JP2005355383 A JP 2005355383A JP 2005355383 A JP2005355383 A JP 2005355383A JP 2007130619 A5 JP2007130619 A5 JP 2007130619A5
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有機廃棄物の水中分解処理機Organic waste water treatment equipment

本発明は、地球規模の環境汚染防止に基づく国際条約批准によるわが国海洋汚染防止法対応の為、陸上施設、船舶を問わず有機廃棄物分解処理に係るもので、船舶搭載用、或は陸上施設用であって、水中分解消滅処理方式で分解水に変え、下水道への排水、有機液肥化への転用等のあらゆる処理に本発明で対応可能な幅広い用途で開発したもので、省エネルギ−、省スペ−ス、無臭、消滅、メンテナンスフリーというあらゆる観点から環境に応じた用途選定ができ、環境保全の大局的観点から大きな役割を果たすものである。 The present invention relates to the decomposing treatment of organic waste regardless of land facilities and ships, in order to comply with the Japan Marine Pollution Control Law by ratification of international treaties based on the prevention of global environmental pollution. It has been developed for a wide range of applications that can be handled by the present invention for all treatments such as drainage to sewers, diversion to organic liquid fertilization, etc. From the viewpoints of space saving, odorlessness, extinction, and maintenance-free, applications can be selected according to the environment, and it plays a major role from the perspective of environmental conservation.

以前から生ごみの処理は、原形生ごみを処理槽に投入し生ごみ貯留槽、発酵槽、熟成貯留槽の堆肥目的方式が殆どであり、定期的発酵助成菌を添加して発酵を促進するが、数日単位での残渣排出、保管臭気、さらには、完熟でないためそのまま肥料に使用して不作現象となる為、やむを得ず焼却処分するのが殆どである Processing garbage Previously, charged intact garbage treatment tank, storage tank of garbage, fermenter, composting purposes scheme aging reservoir is almost, with the addition of regular fermentation Grant bacteria fermentation but to promote, residue discharged in a few days units, storage odor, and even more, to become a poor harvest phenomenon using as it is fertilizer because it is not ripe, in most cases to forced incinerated.

また、近年、一槽式の発酵処理機と称する処理機で、分解媒体剤として木粉等の基材を装填し、発酵促進剤を処理槽に投入添加する生ごみの分解処理機があるが、無機生ごみに近い卵の殻、魚の骨類は全く分解せず、その上残飯も含水炭素で分解不能であり、臭気が発生し、蛆虫の発生すらある。同時に処理槽内に於ける発酵の条件である機械的攪拌方式であるから、水分保有率も大きい為に高温加熱ヒーターによる加温でエネルギーのロスが大きい。 Further, in recent years, there is a processing unit called a single tank type fermentation processing machine, which has a garbage decomposition processing apparatus in which a base material such as wood flour is loaded as a decomposition medium agent and a fermentation accelerator is added to the processing tank. There, the shell of the egg close to the inorganic garbage, bone such fish without any decomposition, the on leftover food is also a non-degraded in carbohydrates, odor is generated, Ru Suraa generation of maggots. Since a mechanical stirring system is a condition in the fermentation in the processing bath at the same time, energy loss is large in heating due to a high temperature heater to moisture prevalence is also large.

また、攪拌方式の欠点から、発酵による強烈な複合臭気が発生する為、消臭装置を設置しているが、複合的な生ごみ分解臭気は消臭不能に近く、臭気分子は発火ガスでもあり、場合によっては処理機内、或は処理機外部にガス漏洩、火災爆発の要因もはらんでおり、実際に火災・爆発事故の事実もある。 Moreover, the disadvantage of stirring system, for intense composite odor by fermentation occurs, but have established deodorization apparatus, the decomposition odor of the double focus specific garbage nearly impossible deodorant, odor molecules ignition gas However, in some cases, there are gas leaks and fire explosions inside or outside the processing machine, and there are also facts of fire and explosion accidents.

また、処理能力の低さから、分解媒体基材の必要装填量も極端に多く、当然ながら処理槽も大きくなり発酵促進剤の効果も低減する。 In addition, since the processing capacity is low, the required loading amount of the decomposition medium base material is extremely large, naturally, the processing tank is also enlarged, and the effect of the fermentation accelerator is reduced.

その上、日毎に臭気が増大し、分解度の低さから定期的に3か月前後で処理機内分解媒体基材と分解残渣を取り出し、残渣処分までの期間は保管を要し、又、その取り出し方法に於いても人力による袋詰め等の煩雑さを極め、大型になればなるほど機器の設置スペースを取り、その上攪拌機構に於いても処理槽内の過極条件を軽視して、単なる有機物攪拌機的な感覚で製作されており、機器の安全性、故障の発生率の大きさ、故障時の復旧修理の困難さから使用者による継続性がない。 In addition, the odor increases every day, and the decomposition medium base material and decomposition residue in the processing machine are taken out regularly in around 3 months due to the low degree of decomposition, and storage is required until the residue disposal, Even in the take-out method, the complexity of bagging by human power etc. is maximized, the larger the size, the more equipment installation space, and even in the stirring mechanism neglect the extreme conditions in the treatment tank, It is manufactured just like an organic stirrer, and there is no continuity by the user due to the safety of the equipment, the rate of failure occurrence, and the difficulty of recovery and repair at the time of failure.

ましてや、近年、水分蒸散乾燥方式で、有形、又は粉末化して廃棄したり、処理機から撤去物有機肥料の原材料であっても有機肥料には値せず、固形化燃料での発電もそれまでのエネルギーロスが大きく、又、自然発火の危険性はらんでいる。 Furthermore, in recent years, it has not been deserved as an organic fertilizer even if it is tangible or pulverized and discarded by the moisture transpiration drying method, or the material removed from the processing machine is a raw material for organic fertilizer. The energy loss up to that point is large, and there is a risk of spontaneous ignition.

特開2001−334238号公報JP 2001-334238 A

従来の有機性廃棄物発酵処理する場合、有機性廃棄物の処理過程で必然的に起きる加湿発酵分解臭気の発生の為、従来各社は大小各種の消臭装置付設ているが、複合臭気の為に満足な消臭効果が得られない為、又臭気ガスは可燃性ガスでもあり、高温加熱水分蒸散装置でも高温触媒消臭装置を設置しているために、機器焼損事故現実に起きており、ガス燃焼式、処理槽電気加温及び電気加温消臭装置無しで、安全な無臭分解消滅を継続させる事が重要である。 When fermenting process a conventional organic waste, for inevitably occurs humidified fermentation decomposition odor generated during processing of organic waste, although conventional companies have attached a deodorant device sizes various, complex since satisfactory deodorizing effect for odor can not be obtained, and odorous gas is also a combustible gas, in order to have established a high-temperature catalytic deodorizing device even at a high temperature heating water evaporation apparatus, equipment burning accident actually and awake gas combustion type, without the processing tank electric heating and electrical heating deodorization apparatus, it is important to continue the secure odorless decomposition disappear.

従来の有機性廃棄物発酵処理には大量の発酵湿度調整材としての分解媒体基材を必要とし、発酵による分解媒体基材の水分が多い為にそれを逃げようと処理機の大型化と高温加熱に走り、含水率が大である為攪拌機トルクの増大による駆動装置の騒音と故障、消費電力の増大という欠点ある。 The conventional organic waste fermentation, and enlargement of the large amount of fermented humidity adjustment requires disassembly media substrate as material processing machine to escape it for water decomposition media substrate by fermentation is often Due to high temperature and high moisture content, there is a drawback that the noise and failure of the drive device due to the increase in the agitator torque and the increase in power consumption.

従来の有機性廃棄物発酵処理は、適切微妙な水分と温度が必要となり、通常に於ても機械攪拌方式の機能低下の為、特に冬期は大きな加熱ヒーターの設置が条件的につきまとい、電力消費が多大となる物である Conventional organic waste fermentation process, suitably delicate moisture and temperature is required, because even at the functional decline of the mechanical stirring system to normal, especially in winter haunted is conditionally placed a large heater, power It is a thing that consumes a lot .

従来の有機性廃棄物発酵処理の場合、無機性廃棄物の魚の骨、蟹の甲羅、卵の殻等は分解不能と同時に、一般生ごみにおいてでさえも発酵日数を長く要し、処理機の大型化と共に、残渣の処理機からの取り出し保管、焼却処分が必須条件となっている。 In the case of conventional organic waste fermentation treatment, inorganic waste fish bone, shellfish shells, egg shells, etc. cannot be decomposed. along with the increase in size, taken out of storage from the residue of the processing machine, incineration disposal that has become a prerequisite.

従来の有機性廃棄物発酵処理の場合、有機肥料製造機的感覚で、しかも、ここ7、8年来の環境問題から急遽類似発生したものであり、本発明の基本である海洋汚染防止国際条約批准の為に開発されたものでもなく、環境保全の法律遵守的な感覚に乏しく、実地経験の不足から機構、強度に充分な検討がなされていない為、攪拌トルクの増大による攪拌装置等の故障が頻発し、処理機故障の場合は殆どの機構が機械加工部品と溶接構造の為に一旦故障発生した場合処理機本体を製造社工場に持ち帰って修理したり、現地で大工事になる。 In the case of conventional organic waste fermentation treatment, it is similar to an organic fertilizer manufacturing machine, and suddenly resembles an environmental problem for the past 7 or 8 years. It was not developed for ratification, and it lacks a sense of compliance with the laws of environmental conservation, and due to lack of practical experience, the mechanism and strength have not been sufficiently studied. There was frequent, if the processing machine failure in the case of most of the mechanism once failure for welded structures and machining parts occurs, repair or bring back the processing machine body to the manufacturer's factory, large construction work in the field ing to.

従来の有機性廃棄物発酵処理の場合、船舶に搭載したときには、海洋特有の気象条件と、船舶特有の航海条件により、ピッチング(前後の揺れ)、ローリング(左右の揺れ)、ウォーターハンマー(荒天航行時の船首での波による衝撃)、レシプロメインエンジン・レッドゾーン振動(主機関の常用回転到達迄の回転域での過大振動)等々による生ごみ処理機電気制御機器の接点異常、同時に可燃性ガスである臭気分子は、引火性の為に絶対的に船舶搭載は不可能であるが、陸上施設同様に、この安全性に重点を置かなければならない。 In the case of conventional organic waste fermentation process, sometimes mounted on a ship, and marine-specific weather conditions, the ship-specific voyage conditions, pitching (before and after shaking), rolling (left and right swing), water hammer (heavy weather sailing impact) by the waves at the bow of the time, reciprocating main engine red zone vibration (excessive vibration in the speed range up to conventional rotary reach the main engine) contacts abnormality of the electric control apparatus for a food waste disposal system according etc., simultaneously flammable odor molecule is a gas, although it is not absolutely shipboard for flammability, as well land-based facility, must focus on the safety.

従来の有機性廃棄物発酵処理では、有機性廃棄物処理機を実際に使用する厨房担当員の機械技術的知識経験不足は当然であり、処理機内部の過乾燥、過湿度等の判断が目視判断に頼られているため、未経験者による判断誤認による臭気発散、分解不能等々が発生する。 In the conventional organic waste fermentation, mechanical technical knowledge lack of experience of the kitchen personnel to use the organic waste processor actually is naturally processor internal overdrying, it is determined such excessive humidity because it is relying on visual judgment, odor divergence by determining mistaken by inexperienced person, non-degradable so that that occur.

従来の有機性廃棄物発酵処理では、有機性廃棄物処理機から一定期間毎定期的に残渣を排出する必要があり、船舶はもとより、陸上に設置した場合でも残渣保管、処分等の問題が付随している。 In the conventional organic waste fermentation process, it is necessary to leave discharged periodically residue at regular intervals from the organic waste Monosho management machine, ship, as well as residual渣保tube even when installed on land, the disposal problem is you are associated.

従来の有機性廃棄物発酵処理では、有機性廃棄物処理機は冬期の北海道のように連日マイナス20℃が続く場合は、電気ヒーター加温エネルギーが追いつかずに使用不能であり、船舶の場合は特にその航路によっては赤道直下周辺の40℃以上の航路、或は北洋航路等のマイナス20℃極寒気象等々のように地球全域に航路を持つため、如何なる環境にも充分効果を発揮しなければならないが、従来の処理機は、わが国の冬期北海道の気候ですら対応可能な処理機はなく、本州中央の気候、特に春、秋を標準とした気候にしか対応出来ず、連続マイナス10℃の環境でも分解不能、連続プラス50℃での環境下で多大の臭気発生する等の欠点がある。 In the conventional organic waste fermentation process, when the organic waste processing machine which like Hokkaido winter daily minus 20 ° C. followed is the warming energy of the electric heater unavailable keep pace, in the case of a ship in particular 40 ° C. or more routes of equatorial periphery depending on its route, the or because the have a route to the earth whole as frigid weather like minus 20 ° C. of Northern routes such, have to exhibit sufficient effects to any environmental shall, but conventional processing machine, rather than winter is the climate of Hokkaido al-enabled can be processing machine of Japan, Honshu center of the climate, especially in spring, not only it can respond to the climate that was standard the autumn, continuous negative even non-degradable at 10 ° C. environment, Ru disadvantage there of such great odor occurs in the environment of a continuous positive 50 ° C..

従来の発酵方式の有機性廃棄物処理機は、攪拌翼が一定個所に装着されており、処理槽内の有機廃棄物の全量をまんべんなく攪拌することは困難であり、攪拌効率のアンバランス等からの臭気発散する問題もあるConventional fermenting organic waste processing machines are equipped with stirrer blades at certain locations, making it difficult to stir all the organic waste in the treatment tank evenly. There is also a problem that the odor of odor is emitted.

従来の有機性廃棄物加水加温攪拌粉砕で排水処理する場合、オデン鍋窯内で攪拌破砕放出するのと同様な、濃厚な未分解物質混入破砕水を処理機外に排出することから、目つまり防止で排出濾過網の口径を大きくして、全て処理槽下部底に装着されており、破砕有機物流出のために、短期間で再々濾過網が目詰まりして処理槽内加水がオーバーフローする事故が頻繁に起きているWhen draining process of a conventional organic waste hydrolytic heating stirring milling, since the discharging similar to to stir crushed release in Oden pot kiln, a thick undecomposed substances mixed crushed water treatment outside, In order to prevent clogging, the diameter of the discharge filtration network is increased and all are attached to the bottom bottom of the treatment tank. Due to the outflow of crushed organic matter, the filtration network is clogged again in a short time and the water in the treatment tank overflows. accidents have frequently occurred.

水分蒸散乾燥処理機の場合、只単に攪拌して加熱蒸散乾燥して容積縮小しているだけで、そのままでは肥料にもならず、焼却処分しかなく、環境保全的見地の処理機からは程遠い物で、グロ−バルな環境対応処理機でない。 In the case of a moisture transpiration dryer, the volume is reduced simply by stirring and heat transpiration drying, and as it is, it does not become fertilizer, it is only incinerated, and it is far from an environmentally friendly processor. Therefore, it is not a global environment-friendly processing machine.

これらの課題を解消するのが本発明であり、世界的にも例をみない物である。 Are these issues solution for consumption by the present invention, it is those that do not look at an example in the world.

発酵に使用する分解処理剤も、単なる理論のみで、人体への影響も判明しない各種土壌菌類の発酵助剤を使用する危険性ある。 Decomposition agent to be used for fermentation also, only a mere theory, there is a risk that the impact of the human body also uses a fermentation aid of various types of soil fungi not found.

投入される有機性廃棄物は、いかなる家庭や業種においても絶対的に発生量は一定するものではなく、これらの日毎変化する発生量と物質の変化に、機能的に対応すべきであり、そのためには、理論でなく、現場での高度なバイオ知識技術経験と、それを熟知した物理的流体力学まで必須である。 The amount of organic waste that is input is not absolutely constant in any household or industry, and should function functionally in response to these daily changes in production and materials. the rather theoretical, and advanced bio knowledge technical experience in the field, it is essential to physical hydrodynamics that familiar with it.

ディスポーザは破砕目的に開発された機器であるが為に、米国を除く各国の自治体によってはこれを単なる加水破砕して下水に流す目的に利用する事の懸念から、ディスポーザー設置自体を認めない国及び自治体もあるが、本発明では有機廃棄物を原形のまま、直接処理槽に投入すれば良く、排水も1.5mm前後の網目の分解水濾過網で、目詰まりなしで、分解水のみ放水するFor although the disposer over is a device that has been developed to crush purpose, because of concerns about possible to use it for the purpose of flow in sewage and mere hydrolysis crushed by local governments of the countries with the exception of the United States, do not allow the installation itself of the disposer There are national and local governments, but in the present invention , the organic waste can be directly put into the treatment tank in its original form, and the wastewater is also a cracked water filtration network with a mesh of about 1.5 mm. water cannon to.

複数の厨房、それも遠く離れた厨房から発生する有機廃棄物を、複数の厨房で投入すれば、遠隔地に設置の1基の処理機に集めて処理する事も出来、そのためには、厨房で発生した有機廃棄物を、ディスポーザーで加水破砕し移送ポンプを使用して自動的に処理槽に導入したいが、その目的でのディスポーザーの使用さえも、自治体条例、或は自治体担当者意向で禁している自治体が、現実にわが国にもある事も記憶すべきである。 If organic waste generated from multiple kitchens, even from distant kitchens, is thrown into multiple kitchens, they can be collected and processed in a single processing machine installed at a remote location. in the organic waste generated, and hydrolysis crushed with a disposer, but you want to introduce to automatically process tank using a transfer pump, even the use of the disposer of that purpose, local government regulations, or in the local government personnel intention prohibited local governments has been stopped is, it should also be remembered that in reality there is also in our country.

また、処理機本体に付属のディスポーザー容認されている自治体で使用するディスポーザーであっても、ディスポーザーで加水破砕されたものを一端タンクに貯留し、それを移送ポンプで目的地に運ぶ方式は、汚水ならいざ知らず、破砕有機物の比重の差から、破砕貯留タンクの水面に浮上したまま沈殿しないもの、或は貯留タンクの底に沈殿して流動しないもの、水中浮遊するものの3種が有り、特に浮上していて移送ポンプに吸われずに浮上堆積した場合には貯留タンクからの臭気発散が非常に大きく、厨房設置出来ない事も有り、大きな課題で有る。 Also , even if the disposer used in the municipality where the disposer attached to the processing machine body is accepted, the one hydrolyzed by the disposer is stored in one tank and transported to the destination with a transfer pump, There are three types of sewage: one that does not settle while floating on the water surface of the crushing storage tank, the one that does not settle and float on the bottom of the storage tank, and the one that floats in water, When it floats and accumulates without being sucked by the transfer pump, the odor emission from the storage tank is very large and may not be installed in the kitchen, which is a big problem.

前記課題を解決するため、本発明は、有機廃棄物の水中分解処理機であって、内部に槽内処理水(3)が充填されるとともに、槽内投入有機物(4)が投入される処理槽(2)を有する処理機本体(1)と、前記処理槽(2)の内部に設置された破砕循環水中ポンプ(5)、又は前記処理槽(2)の外部に設置された槽外破砕循環ポンプ(6)と、を備え、前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)のポンプ吐出し管(7)からの吐出によって前記槽内処理水(3)を流動攪拌し、前記槽内投入有機物(4)が前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)のポンプ吸引口破砕刃(8)で破砕されるように構成されており、前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)では、既存の空気抜き孔を空気抜き孔閉鎖材(35)で閉鎖し、ポンプ吐き出し口を上側に傾斜、又は、水平に向けて設置することを特徴とする。In order to solve the above-mentioned problems, the present invention is an underwater decomposition treatment apparatus for organic waste, in which the treatment water in the tank (3) is filled and the organic substance (4) charged in the tank is charged. A main body (1) having a tank (2), a crushing circulating submersible pump (5) installed inside the processing tank (2), or an outside tank crushing installed outside the processing tank (2) A circulating pump (6), and the treated water (3) in the tank flows by discharging from the pump discharge pipe (7) of the crushing circulating water pump (5) or the outside crushing circulating pump (6). Stirring, and the organic substance (4) charged in the tank is configured to be crushed by the pump suction port crushing blade (8) of the crushing circulation submersible pump (5) or the crushing circulation pump (6) outside the tank, In the crushing circulation submersible pump (5) or the outside crushing circulation pump (6), The presence of air vent holes closed with vent closure member (35), tilting the pump outlet to the upper, or, characterized in that it placed horizontally oriented.

また、前記課題を解決するため、本発明の他の構成としては、有機廃棄物の水中分解処理機であって、内部に槽内処理水(3)が充填されるとともに、槽内投入有機物(4)が投入される処理槽(2)を有する処理機本体(1)と、前記処理槽(2)の内部に設置された破砕循環水中ポンプ(5)、又は前記処理槽(2)の外部に設置された槽外破砕循環ポンプ(6)と、を備え、前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)のポンプ吐出し管(7)からの吐出によって前記槽内処理水(3)を流動攪拌し、前記槽内投入有機物(4)が前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)のポンプ吸引口破砕刃(8)で破砕されるように構成されており、前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)では、既存の空気抜き孔を空気抜き孔閉鎖材(35)で閉鎖し、ポンプ吸引口(30)を水面に向けて設置することを特徴とする。Moreover, in order to solve the said subject, as another structure of this invention, it is an underwater decomposition processing machine of organic waste, Comprising: While being filled with in-tank process water (3) inside, in-tank organic substance ( 4) a processing machine main body (1) having a processing tank (2) into which it is charged, a crushing circulating submersible pump (5) installed inside the processing tank (2), or the outside of the processing tank (2) An outside tank crushing circulation pump (6) installed in the inside of the tank by discharge from the crushing circulation submersible pump (5) or the pump discharge pipe (7) of the outside tank crushing circulation pump (6). The treated water (3) is fluidly stirred, and the organic matter (4) charged in the tank is crushed by the crushing circulation submersible pump (5) or the pump suction crushing blade (8) of the crushing circulation pump (6) outside the tank. The crushing circulation submersible pump (5) or the crushing outside the tank In ring pump (6), closing the existing air purge opening in vent closure member (35), characterized in that it placed toward the pump suction port (30) on the water surface.

前記した有機廃棄物の水中分解処理機において、前記処理槽(2)の槽壁(13)が断熱構造であるように構成することができる。In the above-described organic waste underwater decomposition processing machine, the tank wall (13) of the processing tank (2) can be configured to have a heat insulating structure.

前記した有機廃棄物の水中分解処理機において、前記ポンプ吐き出し口は、上側に20度の角度で傾斜しているように構成することができる。In the above-described organic waste underwater decomposition processor, the pump outlet can be configured to be inclined at an angle of 20 degrees upward.

前記した有機廃棄物の水中分解処理機において、前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)の稼働時間を複数の種類に分割させることができる。In the above-mentioned organic waste underwater decomposition processor, the operation time of the crushing circulation submersible pump (5) or the outside crushing circulation pump (6) can be divided into a plurality of types.

前記した有機廃棄物の水中分解処理機において、前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)では、ポンプインペラー(27)が装着されたインペラー軸(28)をインペラーハウジング(29)の前記ポンプ吸引口(30)の外まで延長し、その先端に破砕翼(31)を装着するとともに、前記ポンプ吸引口(30)の開口部と前記インペラー軸(28)との間隙に吸引口間隙破砕刃(32)を装着するように構成することができる。In the above-mentioned organic waste underwater decomposition processing machine, the impeller shaft (28) to which the pump impeller (27) is attached is connected to the impeller housing (in the crushing circulation submersible pump (5) or the outside crushing circulation pump (6)). 29) is extended to the outside of the pump suction port (30), and a crushing blade (31) is attached to the tip of the pump suction port (30), and at the gap between the opening of the pump suction port (30) and the impeller shaft (28). A suction opening gap crushing blade (32) can be mounted.

前記した有機廃棄物の水中分解処理機において、ポンプ吐き出し管(7)の先端の向きを変化させることにより、前記槽内処理水(3)の流動攪拌をコントロールするように構成することができる。In the above-described underwater decomposition processing apparatus for organic waste, the flow stirring of the in-vessel treated water (3) can be controlled by changing the direction of the tip of the pump discharge pipe (7).

前記した有機廃棄物の水中分解処理機において、前記処理槽(2)内には、ミクロン気泡を供給するように構成することができる。The above-described organic waste underwater decomposition processor can be configured to supply micron bubbles into the processing tank (2).

前記した有機廃棄物の水中分解処理機において、前記処理槽(2)は、遠隔に設置された有機物貯留槽を備え、前記有機物貯留槽に設置された前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)によって、前記槽内処理水(3)が前記処理槽(2)に投入されるように構成することができる。In the above-described organic waste underwater decomposition processor, the treatment tank (2) includes a remotely installed organic substance storage tank, and the crushing circulation submersible pump (5) or the tank installed in the organic substance storage tank It can comprise so that the said processing water (3) in a tank may be thrown into the said processing tank (2) with an external crushing circulation pump (6).

前記した有機廃棄物の水中分解処理機において、前記処理槽(2)は、厨房等の生活調理排水の汚水貯留槽であるように構成することができる。In the above-described underwater decomposition treatment apparatus for organic waste, the treatment tank (2) can be configured to be a sewage storage tank for domestic cooking wastewater such as a kitchen.

また、有機物であるかぎり、その形状にかかわらず、槽内処理水が充填された処理機本体に投入された有機物は全て、最終処理観点から、100%有機液体肥料化に、又は排水を浄化槽で浄化するには、水中で有機廃棄物を分解消滅させるしか無い。 Further, as long as organic, regardless of its shape, all organic matter Tank treated water is turned to the processing machine body, which is filled, from the viewpoint of the final process, the 100% organic liquid fertilizer, or a waste water to clean the septic tank, there is only to decompose eliminate organic waste in water.

また、槽内処理水は、空気散気管から放出された空気上昇対流によって常時攪拌し、常時又は定期的、及び有機廃棄物の投入時には、ポンプで水流攪拌し、添加される有機物分解処理剤で、有機性廃棄物の消滅を図るには、水中分解消滅処理しかない。 Further, intracisternal treated water, and stirred constantly by air rising convection emitted from the air Kichi trachea, constantly or periodically, and at the time of introduction of organic waste, and water stirred by a pump, organic matter is added decomposition agent The only way to eliminate organic waste is by decomposing and eliminating water.

同時に、超シンプル処理槽内の水流攪拌を起こすには、水中ポンプを投入して吸引と吐出を槽内で行えば、吐出管の自由な向き設定で、円筒型処理槽から四角形型の箱型処理槽、多角形状、或は球体状迄、従来の機械攪拌では不可能な処理槽形状が自由に設定できる。 At the same time, the cause flow agitation in the treatment tank in ultra-simple, by performing suction and discharge by introducing a submersible pump in the tank, in a free orientation setting of the discharge pipe, a cylindrical treatment tank four prismatic type Processing tank shapes that are impossible with conventional mechanical agitation can be freely set, such as box-shaped processing tanks, polygonal shapes, or spherical shapes.

つまり解り易く述べれば、従来の合併浄化槽等は有機廃棄物を処理槽の第1槽に流入沈殿させ、その上澄みを他の槽で曝気等によって残存有機浮遊物を分解清浄化して排水するもので、一定期間毎に第1槽と2槽の沈殿物の撤去を要し、経費と労力を要するが、本発明はその問題点を排除し、従来浄化槽の沈殿の静を逆に動に替え、機械的攪拌軸回転による攪拌翼での攪拌は一切せず、処理槽導入された有機物混入の槽内処理水の中で、水中ポンプの吸引吐出、及び水中散気酸素を放散して、その加圧空気上昇水流をも利用して常時攪拌と常時酸素供給、それに有機物分解剤の相互作用により残渣無しで、魚骨から卵殻にいたる迄、水中で無臭分解消滅させるバイオの分解処理剤の総合的効果ある。 In other words, if it is easy to understand, the conventional combined septic tank etc. is to drain organic waste by decomposing and purifying the remaining organic suspended solids by aeration etc. in the other tank by aeration in the first tank of the treatment tank. The removal of the deposits in the first tank and the second tank is required every certain period, which requires cost and labor, but the present invention eliminates the problem and reverses the movement of sedimentation in the conventional septic tank. not at all stirring at the stirring blade by the rotation of the mechanical stirrer shaft, in a bath in the treated water introduced organic matter mixed into the treatment tank, suction and discharge of water pump, and to dissipate in water aeration oxygen The biodegradation agent that eliminates odorless decomposition in water from fish bones to eggshells without any residue by constantly stirring and constantly supplying oxygen using the pressurized air rising water flow and the interaction of organic substance decomposing agent. There is an overall effect.

これによって、従来方式の全てが必要としている処理槽内充填する基材は全く不要で、槽内に添加する分解処理剤はハンドリングが容易な液体を使用する。 This eliminates the need for a base material to be filled in the processing tank required by all of the conventional systems, and uses a liquid that is easy to handle as the decomposition treatment agent added to the tank.

また、処理槽内の投入物の100%消滅で残渣が無く、定期的残渣排出する経済的労力は解消される。 Further, 100% no residue in disappearance of the input of the processing bath, economical effort to discharge periodically residues is eliminated.

また、機械加工部位がまったくなく、機器アッセンブリーのみで摺動部の摩耗交換も無く、故障も装着機器故障以外には無く、装着機器部品は信頼性と実績あるメーカー機器を使用することが望ましい In addition, there is no machined part, there is no wear replacement of sliding parts with only the device assembly, there is no failure other than the failure of the mounted device, and it is desirable that the mounted device parts use reliable and proven manufacturer equipment .

また、水中で分解する事と豊富な酸素供給で酸化分解が促進され、臭気も無い。 In addition, and it decomposes in water, the oxidative decomposition rich oxygen supply is promoted, odor no.

また、芯だし等の複雑な機械調整部位は全く無く、超シンプルで、乾式発酵方式の様な攪拌トルクの大きな変化によって発生する機器破損摩耗も無く、何時も同じ槽内分解水ポンプ攪拌のみ行うもので有り、省エネルギーとなる。 Moreover, complex mechanical adjustment parts is absolutely no such centering, an ultra simple, without device damage wear caused by large changes in such stirring torque of dry fermentation method, only pump stirred usual degradation water in the same vessel This is what is done and saves energy.

また、省スペースで、超シンプル機構により、使用担当者の機器知識の必要は全くなく、異物投入を避けて分別のみを行えば良い。 In addition, the space-saving and ultra-simple mechanism eliminates the need for equipment knowledge of the person in charge of use, and it is only necessary to perform separation while avoiding the introduction of foreign matter.

また、破砕循環水中ポンプの場合には槽内処理水によるポンプモーターの冷却、ヒーターを果たして水温が上昇し、分解促進にもなり、処理槽の槽壁を断熱層囲えば、極寒冷地でも、ヒーターによる加温の必要がなく、省エネルギーである。 In the case of crushing the circulation water pump, the cooling of the pump motor according to bath in the processing water, the water temperature rises to play a role of the heater, becomes a decomposition accelerator, if Kakoe the bath wall of the processing tank with a heat insulating layer , even in very cold climates, there is no need for heating due to the heater, which is energy-saving.

また、処理槽内の槽内分解水攪拌は水流攪拌である為にポンプ吐出口の向きで如何なる形状の処理槽の使用も出来、設置場所に適した種々の形状が可能であり、又種々の既存容器の利用も可能である。 In order intracisternal degradation water agitation in the processing bath is a water flow agitation, use of the processing tank of any shape in the direction of the pump discharge opening can also, but may be various shapes suitable for the installation location, and various It is also possible to use existing containers.

また、排水濾過網の網目も小さくすみ、しかも槽壁の水面に装着されて槽内分解水攪拌対流摩擦清掃されて付着物もなく、排水詰まり現象も無く、万一には排水濾過網の処理槽壁外側、清水加圧ポンプによってシャワリングノズルで、定期的に加圧噴射洗浄を行い、常時清掃状態にする Also, corner and mesh is small drainage filter screen, yet deposits the water surface are mounted at a stirring convection intracisternal decomposed water friction is cleaned by the vessel wall without any, without drainage clogging phenomenon, wastewater filtration to emergency the treatment vessel wall outside of the network, in showering nozzle by Shimizu pressure pump, on a regular basis pressurized injection cleaning is always clean state.

また、有機廃棄物の投入もディスポーザーを使用せずに原形投入を行い、ポンプ吸引口の外側までインペラー軸を延長してポンプ吸引口破砕刃を装着し、場合によってはポンプ吸引口とインペラー延長軸との吸引空間間隙に、吸引口間隙破砕刃を、それぞれの単独或は併合装着で大きな有機物による吸引口閉鎖を完全に防止する。 In addition, organic waste can also be fed without using a disposer, and the impeller shaft can be extended to the outside of the pump suction port, and a pump suction port crushing blade can be installed. In some cases, the pump suction port and impeller extension shaft A suction port gap crushing blade is installed alone or in combination in the suction space gap to completely prevent the suction port from being closed by a large organic substance.

また、分解発酵処理剤も食品発酵菌と酵素群で至極安全で、食品取扱上の最大な安全性を確保する。 Also, decomposing fermentation treatment agent nor extremely safe in food fermentation bacteria and enzymes, to ensure maximum safety on food handling.

また、屋外設置の処理機本体に複数の場所が異なる遠隔の厨房で投入された有機廃棄物の処理は、従来の加水破砕ディスポーザーと移送ポンプ汲み合わせでも良いが、ディスポーザーに変わって、破砕攪拌水中ポンプ、又は槽外破砕攪拌ポンプでの自己破砕自動移送も可能にし、有機物貯留移送タンクに、破砕移送の為の水を注入すれば、遠隔の厨房から処理機本体までの破砕移送入も簡単にでき、格安の移送機器も可能であり、ポンプでありながら有機物貯留移送タンク内の軽質浮上残留物底面沈殿物も吸引し、タンク内の残存物を皆無にして、残留堆積発酵臭気を防止する。 The processing of organic waste to the processing machine body installed outside a plurality of locations have been introduced by different remote kitchen may be pumped alignment of the conventional hydro fracturing disposer transfer pump, but changes the disposer, crushing stirring Submersible pumps, or to allow self-crushing automatic transport in Sogai crushing agitation pump, the organic storage transport tank, if injecting water for crushing transfer, also crushed transfer projecting input from a remote kitchen to process machine body It is easy and cheap transfer equipment is possible.Although it is a pump, it also sucks light floating residue and bottom sediment in the organic substance storage and transfer tank, eliminates the residue in the tank and removes residual sediment fermentation odor. To prevent.

なお、従来の常識を破らなければ出来ない次の問題点がある。 In addition, there are the following problems that cannot be achieved without breaking conventional common sense.

1点目は、従来の水中ポンプは、処理槽の底部位で散気管によって気泡放出する中で、水中ポンプによって吸引すれば当然気泡をも吸い込み、同時に水中ポンプの空気抜き孔は繊維素含有の大小形状の有機物によりすぐ閉鎖状態になり、通称エアーブロック現象、つまり水中ポンプのポンプインペラーに空気が溜まり吸引吐出不能でポンプ機能は停止し、吐出はゼロ近くなり、処理槽内の水流攪拌は停止する。 The first is the conventional water pumps, among which release bubbles by diffusing tubes at the bottom portion of the processing tank, also suck naturally bubble if aspirated by water pump, air vent hole in the water pump simultaneously cellulose soon become closed by organic matter and small shape containing, called air block phenomenon, i.e. the pump function impossible suction and discharge accumulate air pump impeller of the water pump is stopped and the discharge is close to zero, in the treatment tank Water agitation is stopped.

この解決策は、わが国の各ポンプメーカー共、永久的な課題と言い、現在では世界中のポンプメーカーにも全く無く、特に下水貯留の水中ポンプによる汲み上げ方式の排水槽では、貯留水の汲み上げを一定水位で停止させ、残量を多くして、水中ポンプの吸引口からの空気吸い込みを未然に防止するしかなく臭気防止の為にも酸素供給散気管を設置したくても出来ないのが現状である。 This solution, our country of each pump manufacturers both, referred to as a permanent challenge, exactly without the pump manufacturer in the world at present, especially in the waste water tank of the pumping system due to the water pump of the sewage reservoir, pumping of stored water Stop at a constant water level, increase the remaining amount, prevent air inhalation from the suction port of the submersible pump, and it is impossible to install an oxygen supply air diffuser to prevent odor It is.

そこで、従来の常識打破、清水用水中ポンプならいざ知らず、汚物水中ポンプの空気抜き孔は、有っても意味が無いばかりか、逆に災いの基でも有り、空気を吸わなくても必然的に空気抜き孔を汚物が通過する事によって繊維素が次第に詰まって増大化し、1か月前後でポンプインペラー周囲圧迫され、最後には起動不能で停止した例の経験から、空気抜き孔を閉鎖する事によって空気抜き孔の通過水が無くなり、従って、空気抜き孔の詰まりによる種々の災い要因も皆無となった。 So, to break the conventional wisdom, not knowing emergency if fresh water for the water pump, air vent hole of the waste water pump is, not only does not make sense to there, there is also a group of woe to the contrary, even without breathe air inevitable As the filth passes through the air vent hole, the filaments gradually clog up and increase, and the surroundings of the pump impeller are compressed in about one month, and finally the air vent hole is closed based on the experience of starting and stopping. By doing so, there was no water passing through the air vent hole, and therefore there were no various disaster factors due to clogging of the air vent hole.

しかし、汚物・汚水水中ポンプの設置方法を、従来常識の垂直の直立設置を止めて、仮に空気を吸っても吐出する様に、水中ポンプ吐出口を傾斜頂点側にして設置して、傾斜角度は約20度前後以上傾斜する事によって、ポンプ吸引口から吸い込まれた空気気泡は、ポンプインペラーの回転によってポンプ吐出口に自動排出され、空気吸い込みによる機能停止を防除する事に成功したもので、毎日の原形生ごみ投入、破砕吸引吐出攪拌で、6か月以上経緯しても、解放点検でまったく異常がない。 However, the installation method of the sewage / sewage submersible pump is installed with the submersible pump discharge port at the top of the tilt so that it can be discharged even if air is sucked by stopping the conventional vertical installation, and the tilt angle By tilting around 20 degrees or more, air bubbles sucked from the pump suction port are automatically discharged to the pump discharge port by the rotation of the pump impeller and succeeded in preventing the function stop due to air suction. Even after 6 months or more with daily raw garbage input and crushing suction discharge stirring, there is no abnormality in the release inspection at all.

大きな面積の出し昆布の生ゴミの様に、ポンプ吸引口を塞ぐ大きな有機物への対応は、水中ポンプのインペラー軸をポンプ吸引口の外部迄延長し、その先端には、まず大きな面積の出し昆布のポンプ吸引口封鎖を解消する種々形状のポンプ吸引口破砕翼を装着し、またキャベツ芯の様な半硬質でくさび型の有機物がポンプ吸引口とインペラー軸との間隙にはさまることを防止する吸引口間隙破砕刃を装着した。 To deal with large organic matter that closes the pump suction port, such as raw garbage from a large area of take-out kelp, the impeller shaft of the submersible pump is extended to the outside of the pump suction port. Equipped with various shapes of pump suction port crushing blades that eliminate blockage of pump suction port, etc. , and prevents semi-rigid, wedge-shaped organic matter such as cabbage core from being caught in the gap between pump suction port and impeller shaft A suction opening gap crushing blade was attached.

軽質の大量のキャベツの葉っぱの様に浮上したまで水中遊泳しない物は、ポンプ吸引口を水面に向けて倒立設置によって、つまり逆立ち状態で、水面とポンプ吸引口との距離は水中ポンプ能力によって代わるが、1馬力の0.75kw/hの水中ポンプの場合は約250mm前後が適当であり、ポンプ吸引で浮上有機物は渦巻き水流で順次ポンプに引き込まれ、逆に沈殿有機物はポンプ吐出管を処理槽底に向けて吐出する事によって強制的に水流で処理槽内を上昇遊泳して攪拌が有効に行うことができ、分解速度が上昇する。 Those that do not swim in the water to between emerged as the leaves of a large amount of cabbage of light is, by the inverted installed toward the pump suction port on the surface of the water, that is, in handstand state, the distance between the water surface and pump suction port water pump capacity However, in the case of a 1 horsepower 0.75 kw / h submersible pump, about 250 mm is appropriate, and the floating organic matter is drawn into the pump by swirling water flow by pump suction. forcibly agitated rises swim in the processing tank with water by for ejecting the processing tank bottom can effectively line Ukoto, degradation speed increases.

しかし、沈殿有機物の大きさ比重質量から、ポンプ吐出管を処理槽底に向けて吐出しても、水中遊泳しない有機物がある場合は、別途水中ポンプのポンプ吸引口の外迄延長したインペラー軸の先端にポンプ吸引口破砕刃付きの水中ポンプを前述の様に約20度前後傾斜させてポンプ吐出口方向を処理槽形状に合わせて設置すれば、如何なる有機物を投入しても、問題はまったくない。 However, if there is organic matter that does not swim in the water even if the pump discharge pipe is discharged toward the bottom of the treatment tank due to the size specific gravity of the precipitated organic matter, the impeller shaft extended to the outside of the pump suction port of the submersible pump separately. As long as the submersible pump with a crushing blade at the tip of the pump is inclined about 20 degrees as described above, and the pump outlet direction is set in accordance with the shape of the treatment tank, no matter what kind of organic matter is introduced, there is no problem. Absent.

本発明の水中分解処理は、処理槽内はバイオ添加の水のみで、従来の発酵処理の様に、大量の基材装填する必要がない。 Water content Kaisho sense of the present invention, the processing tank water only bio addition, as in the conventional fermentation process, there is no need to load a large amount of substrate.

本発明の水中分解処理は、投入する有機廃棄物の水切り等の制約は全くない。 Water content Kaisho sense of the present invention, no restriction of the draining of the organic waste to be introduced.

本発明の水中分解処理は、ポンプ吐出圧力による水流攪拌で、如何なる機械的攪拌の必要も無い為に、故障要因が全くなくなり、特に省エネルギー小型ポンプで良い。 Water content Kaisho sense of the present invention, a water-jet agitation due to the pressure of the pump discharge, for there is no need of any mechanical agitation, completely eliminates the failure factors, in particular may be a small pump of energy saving.

本発明の水中分解処理は、非常に効率が良いことから小型化が可能であり、50kg/日の処理能力機種は縦形円筒形で直径1m弱,高さ1m弱の処理槽で十分な大きさで、小型化、省スペ−スである。 Water content Kaisho sense of the present invention are capable of very compact since efficient processing capacity models 1m diameter slightly less than vertical cylindrical 50 kg / day, with sufficient processing tank height 1m weak It is small in size and space-saving.

本発明の水中分解処理は、冬期寒冷地設置した場合は、電気的加温の必要が無く、極寒地の場合でも、水冷方式である水中ポンプモーターの発熱エネルギーで槽内の処理水温度は十分に上昇し、電力ヒーター設置する必要は全く無い。 Water content Kaisho sense of the present invention, when installed in winter cold climates, electrical heating is not necessary, and even if the cold land, the process in the tank at heating energy of water pump motor is water-cooled The water temperature rises sufficiently and there is no need to install a power heater.

本発明の水中分解処理は、攪拌方式が槽内への空気放出による分解水上昇対流攪拌とポンプ吐出し加圧水流の為、槽内吐出し管の方向性だけで、如何なる形状の処理槽形状でも水流攪拌は瞬時に可能であり、機械的攪拌翼による、スプロケット、チェーン、軸受け、シール、ベアリング等々の摺動部品が無く、機器装着も芯だし工程もなく、機器寿命も永く、故障個所も無い。 Water content Kaisho sense of the present invention, stirring method for pressurized water flow discharge increased convection stirring and pumping of degradation water by air discharged into the tank, only the direction of the discharge tank pipe, treatment of any shape water stirred at a bath shape is possible instantaneously, by mechanical stirring blade, sprockets, chains, bearings, seals, without sliding parts etc. bearings, no steps to the apparatus mounting also centering, equipment life long time, fault There is no place.

また、水中分解処理で、処理槽内からの排水濾過網が上部水面近くにあり、処理水の攪拌流動によって、遊泳する流動摩擦で常時清浄し、投入終了投入口閉鎖で強制的にポンプ稼働して攪拌滞留が起き、排水濾過網の目詰まりは皆無である。 Further, the water content Kaisho sense, is in the drainage filtering net is near the top surface of the water from the treatment tank, the stirring flow of the treated water, and cleaned constantly in a fluidized friction swimming, force the turned ends or inlet closure When the pump is operated , the stirring stays and the drainage filter is not clogged.

また、水中分解処理の排水濾過網は、1.5mm前後穴、或はそれ以下で米粒一つ排出することなく、実地試験では複数の処理機で継続使用4年間では一度も目詰まりしていない。 Further, water content Kaisho management of waste water filtration network, without rice grains one discharge at 1.5mm longitudinal bore, or less, even Shi clogging once in continuous use four years with multiple processor in the field trial Not.

生ごみの中には魚の骨、卵の殻等も必然的に発生するが、魚の骨はカルシウムと生体蛋白質等の結合によって形成されており、その蛋白質の分解で、骨、殻は崩壊し、微細化されて目視不能となり、排水濾過網の網目以下になれば濾過網の目を通過して排水される可能性もあり、その無機系廃棄物を極力排出させない為に、排水沈殿槽を排水濾過網の外部に設け、微細未分解物が排出されば比重で自然沈殿する事を利用して、無機系投入物が多い場合には、場合によっては槽内戻し管により、再び処理槽内に落下注入し、微細未分解物の再分解消滅を行う実施例もあり、有効であった事から、槽内戻し管を装着する事もある。 Fish bones in the garbage, egg shells, etc. is also necessarily occur, fish bone is formed by bonds such as Cal Siu arm and biological proteins, the decomposition of the protein, bone, shell collapse and is miniaturized becomes impossible visually also likely to be drained through the eyes of filtering net if the following mesh drainage filter screen, in order not to discharge the inorganic waste as much as possible, draining precipitation A tank is installed outside the drainage filtration net, and when fine undegraded material is discharged, it naturally settles with a specific gravity. There is also an embodiment in which drops are injected into the tank and the fine undecomposed matter is re-decomposed and extinguished, and since it is effective, a return pipe in the tank is sometimes attached.

処理槽内の有機物分解菌着床材は、水中遊泳する着床材の使用も可能であるが分解排水濾過網が水面付近にあることから、軽量浮上の有機物分解菌着床材の使用と、処理槽の槽壁の内側に固定するものによって、完全な水流攪拌で目的を果たす。 The organic matter-degrading bacteria flooring material in the treatment tank can be used as a flooring material that swims underwater, but because the decomposition drainage filter network is near the surface of the water, The purpose of complete water agitation is achieved by what is fixed inside the tank wall of the treatment tank.

また、水中分解処理は、分解処理剤に食品発酵菌、又は純粋分解酵素群を、単種、或は複合で投入物質に合ったものを使用し、特に必要な場合には油脂分解酵素、或はセルロ−ズ分解酵素、蛋白質分解酵素等々の、各種発酵菌と各種酵素の配合割合を増やし、この上ない短時間分解消滅効果をげており、特に食品を扱う場所に設置することが多い事から、衛生面からは十分な考慮がなされている。 Further, water content Kaisho sense the food fermenting bacteria in decomposition agent, or a pure enzyme group, a single species, or using the one that suits the composite in the input material, lipolytic enzymes are especially if necessary , or cellulose - it's degrading enzymes, the so proteolytic enzymes, to increase the proportion of the various fermentation bacteria and various enzymes, including sunny briefly above the decomposition annihilation effect Geteori is located at a particular handle food Because there are many, sufficient consideration is made from the hygiene side.

有機物の発酵分解には、分解菌類が加担する事は周知の事実であるが、自然的有機物付着菌類は無数にあり、発酵に加担する菌類に欠かせない栄養素が種々あり、その中での重要な物質を混合して栄養素として添加する事により、食品発酵菌類も使用しない、栄養素添加で分解促進も可能であった。   It is a well-known fact that decomposed fungi take part in the fermentation decomposition of organic matter, but there are a myriad of natural organic matter-attached fungi, and there are various nutrients that are indispensable for fungi that take part in fermentation. By mixing various substances and adding them as nutrients, it was possible to accelerate decomposition by adding nutrients without using food fermentation fungi.

有機性廃棄物の発生する所は、その発生場所が学校や企業の給食調理、レストラン、ホテル等の調理場、食品産業製造工場に至るまで、毎日の発生量が一定するところは絶対になく、絶えず増減変化する中で、設置された機種の能力に余裕がある場合はさておいて、少なくとも1機種で余裕を持って処理するためには、処理機の攪拌稼働時間とバイオ添加量の差が必要であるが、従来の機種では知識的欠如で、これを解消した物は皆無であり、本発明は、投入ゼロから、瞬間的には投入規定量の倍の量の投入も可能とした。 There is absolutely no place where the amount of organic waste is generated every day, from school and business lunch cooking to restaurants, hotels and other kitchens, and food industry manufacturing factories. Even if there is a margin in the capacity of the installed model in a constantly increasing / decreasing change, in order to process with a margin in at least one model, the difference between the stirring operation time of the processor and the amount of bio addition is necessary although, in the conventional model knowledge lack, and none are those that solve this, the present invention is, from the input zero, the instantaneous between manner was possible introduction of times the amount of input specified amount.

水中分解処理は、投入される有機性廃棄物の種類や量が日毎に変化するものであり、分解排水基準値に問題が起き得ると想定される場合で既設の浄化槽もない時には、分解水排水管を別途設置の排水浄化タンクに結属して環境汚染を防止している。 Water content Kaisho management is for the kind and amount of organic waste is turned is changed on a daily basis, in case of a problem with the reference value of the decomposition wastewater it is envisioned that may occur, when there is no existing septic tank The decomposition water drain pipe is attached to a separate waste water purification tank to prevent environmental pollution.

有機廃棄物の分解に費やした処理水中の溶存酸素の補充で、空気供給による酸素供給も行うが、有酸素水の供給が適切であるために水道水を使用した場合には下水道料金も同額に近く支払う事にもなり、環境的には水道水にもエネルギーが費やされており、これを極力避ける為には、井戸水、工業用水、雨水、既存の浄化槽の末端処理槽の浄化された水を有酸素水として使用するのも有効な効果であった。 In the replenishment of dissolved oxygen in the treated water spent for the decomposition of organic waste, oxygen is also supplied by air supply, but if tap water is used because oxygen water is adequately supplied, the sewage fee will be the same amount. also will be paying close to, the environmental are also spent energy in tap water, in order to avoid this as much as possible, well water, industrial water, rain water, has been purification of the end processing tank of an existing septic tank It was also effective to use water as aerobic water.

機廃棄物発生場所と処理槽の設置場所が有機棄物発生場所から遠く離れているような場合、或は、処理槽設置場所が1か所で、有機性廃棄物発生場所が複数あるような場合は、破砕物投入が条件ではなく、処理槽内の破砕循環水中ポンプ、又は槽外破砕循環ポンプによる自己破砕機能を持っているが、有機性廃棄物発生場所からの移送目的で、有機廃棄物移送タンクを設置して、そのタンク内に有機物と移送目的の清水を供給し、タンク内に本発明使用の破砕循環ポンプを装着してポンプ吸引口に吸引可能な大きさに自己破砕して、ポンプ吐出管を処理機本体に結合するか、又は移送目的でディスポーザーを設置して加水破砕し移送ポンプの稼働で移送管経由、自動移送投入するかの2方法が有り、省労力にも貢献する。 Location of place of occurrence and treatment tank organic waste is, if, as far from the occurrence location of the organic waste, or the process tank installation site in one place, the organic waste If generation location such that the plurality is not the crushed material turned condition, crushing circulating water pump in the treatment tank, or has a self-breaking function by Sogai crushing circulation pump, place of occurrence of organic waste in transport purposes from, by installing organic waste transport tank, supplying fresh water organic matter transfer object to the tank, the suction wearing the crushing circulation pump used in the present invention in the tank to the pump suction port self crushed to a size that can either bind the pump discharge pipe handling machine body, or through the transfer tube by installing a disposer hydrolytically crushed operation of transfer pump in transport purposes, of either automatic transport charged There are two methods that contribute to labor saving.

水中分解処理の場合、投入物100%リサイクルで有機液体肥料になるが、肥料不要の場合には、境汚染防止の観点から分解排水は浄化機能を持った既存の浄化槽、或は別途排水処理タンクを設置、それを経由して放水する事とした。 In the case of underwater decomposition treatment, the input is 100% recycled into organic liquid fertilizer. However, if no fertilizer is required, the decomposition wastewater can be treated with an existing septic tank with a purification function or separate wastewater treatment from the viewpoint of preventing pollution. A tank was installed and water was discharged through it.

省エネルギーの観点から、処理槽の槽壁断熱材付きにした理由は、破砕循環水中ポンプのモーター冷却は槽内処理水による水冷方式であり、電気的なヒーター加熱を必要としない温水状態の槽内処理水の熱放散を防止するためである。 From the viewpoint of energy conservation, the reason why the tank wall of the treatment tank is equipped with a heat insulating material is that the motor cooling of the crushing circulating submersible pump is a water-cooled system with treated water in the tank, and a hot water tank that does not require electrical heater heating This is to prevent heat dissipation of the internally treated water.

また、分解処理剤は安全な食品発酵菌類と各種分解酵素の混合であるが、外国によってはわが国の食品発酵酵素菌であっても問題視される事があるので、有機物に既に付着している各種菌類の有効利用から、付着菌類増殖に必要な栄養素で分解処理する事もある。 In addition , the decomposition treatment agent is a mixture of safe food fermenting fungi and various degrading enzymes, but in some foreign countries, even food fermenting enzyme bacteria in Japan may be regarded as a problem, so they are already attached to organic matter. From the effective use of various fungi, it may be decomposed with nutrients necessary for the growth of attached fungi.

有機廃棄物排出する企業の殆どが、全く一定量の排出はなく、少ない時も、或は急激に増大する事もあるが、特に投入量が増大した時は処理不能になる事も想定され、電気制御盤のコントロールで、破砕循環水中ポンプ、或は槽外破砕循環ポンプの、稼動時間を切り替えて、投入される有機物が多い場合には稼動時間を長く、少ない時は省エネルギー観点から稼動時間を短くする事によって、処理能力の変化対応もでき、超極寒冷地の冬期には、ポンプ稼働時間の延長だけで水温上昇させることもでき、船舶の南極航路でも使用が可能である。 Most companies discharging organic waste, rather than completely certain amount of discharge, when less, or it suddenly also possible to increase, it is also envisioned that becomes unreachable through particularly when input amount is increased By switching the operation time of the crushing circulation submersible pump or the crushing circulation pump outside the tank under the control of the electric control panel, the operation time is longer when there is a large amount of organic matter to be input, and when it is less, the operation time is from the viewpoint of energy saving. By shortening the length, it is possible to cope with changes in processing capacity, and in winter in extremely cold regions, the water temperature can be raised only by extending the pump operation time, and it can also be used on the Antarctic route of ships.

処理機本体の処理槽から排水される水は、有機液肥で使用されるが、有機液肥不要の場合は、既存の浄化槽に導入して浄化後の放水とするが、既存浄化槽を持たない施設での使用は、処理槽併設された排水浄化タンク、或は別途設置の排水浄化タンクに導入して、浄化後の放水を行う。   Water drained from the treatment tank of the main body of the processor is used in organic liquid fertilizer, but when organic liquid fertilizer is not required, it is introduced into an existing septic tank and discharged after purification, but it does not have an existing septic tank. Is used in a wastewater purification tank installed in the treatment tank or in a separately installed wastewater purification tank to discharge the water after purification.

処理槽内では空気放散して酸素供給するも、有酸素水の供給が最もベターである事から水道水でも良いが、省エネルギー観点から、工業用水、地下水、或は浄化槽設置ある場合は、その末端槽の浄化済み清水を循環して使用する事が望ましい。   In the treatment tank, oxygen is supplied by releasing air, but tap water may be used since oxygen supply is the best, but from the viewpoint of energy saving, if there is industrial water, groundwater, or septic tank, its end It is desirable to circulate and use the purified water from the tank.

有酸素水の維持のためには、空気供給で水中散気管から気泡放散するが、この気泡をミクロン気泡にして水中放散を行う事も、より有効である。 In order to maintain the aerobic water, air bubbles are diffused from the underwater diffuser tube by supplying air, but it is more effective to disperse the water in micron bubbles.

厨房排水のグリストラップでは、有機物流入防止の網籠の目詰まりでオーバーフローして流れ込んだ原形有機物によって、グリストラップ機能停止や清掃に労力を費やしているが、グリストラップの第一槽内に本発明の空気抜き不要の破砕循環水中ポンプを設置して、油脂分解の酵素配合分解剤を含む各種の分解発酵菌、酵素類を添加して水流攪拌することで流入有機物消滅させる事も有益である。 This in grease traps of kitchen wastewater, the original organic matter flowed overflows in clogging of the net cage of organic matter inflow preventing, in but spent effort outages and cleaning of grease traps, the first tank of the grease trap the air vent unnecessary crushing circulation water pump of the invention with Installation, it is also beneficial to extinguish the inflow organics by stirring water was added various decomposition fermentation bacteria containing the enzyme formulation decomposing agent of fat splitting, the enzymes is there.

同時に、下水管ラインで、下水廃水貯留槽にも原形有機物が流れ込み、装填の水中ポンプのポンプ吸引口を塞いだり、或は下水貯留槽内の貯留水を排出する時に、有機物によって空気抜き穴の閉塞状態となり槽内貯留水排出するときに空気をかみ込み、ポンプ機能停止が頻発するが、本発明の空気抜き穴不要の破砕循環水中ポンプの装填で問題点が解消された。 At the same time, the original organic matter also flows into the sewage wastewater storage tank in the sewage pipe line, and when the pump suction port of the loaded submersible pump is blocked, or when the stored water in the sewage storage tank is discharged, the organic substance blocks the air vent hole. When the state is reached and the stored water in the tank is discharged , air is trapped and the pump function frequently stops, but the problem was solved by loading the crushing circulating submersible pump that does not require an air vent hole of the present invention.

前述の様に、従来には無い種々のメリットがあり、以下簡単に列挙する。 As described above, there are various merits that have not existed in the past, and are briefly listed below.

1、厨房で有機物移送槽に投入すれば処理機本体迄ポンプで加水破砕して移送が可能。
2、処理槽に原形有機物を投入しても破砕循環水中ポンプで槽内循環攪拌可能。
3、基材は一切不要で槽内処理水のみ、基材交換廃棄等は必要ない。
4、破砕循環水中ポンプは空気抜き孔不要でエアー咬み込みによる停止はない。
5、破砕循環水中ポンプが処理槽内で槽内処理水を吸引及び吐出することで対流攪拌。
6、処理槽排水は、処理排水濾過網で、米粒一つ、槽外排出は無い。
7、処理排水濾過網の処理槽内側は槽内処理水の強制対流で常に摩擦清浄維持。
8、処理排水濾過網の処理槽外側は、濾過網洗浄噴射管で定期的に自動洗浄。
9、投入有機物の100%が有機液肥に変換され、100%リサイクル。
10、有機液肥不要な場合は、浄化装置で浄化放出。
11、処理槽は樹脂製鋼製自由断熱構造外気遮断され、極寒極暑地でも使用可能。
12、処理機本体は機械加工構造は一品もなく機器部品装着構造の超シンプル。
13、処理機能力は水流攪拌トルク一定の為、小型から大型迄格安製造可能。
14、攪拌は、槽内処理水の水流攪拌と水中散気のみで、動力電気代は微小。
15、破砕循環水中ポンプ放熱で槽内処理水が受熱、ヒーター不要の経済性。
16、応用使用例ではグリストラップ、下水貯留槽等での永年課題が解消。
1. If it is put into the organic substance transfer tank in the kitchen, it can be transferred to the main body of the processing machine by hydrolyzing it.
2. Even if the original organic matter is put into the treatment tank, it can be circulated and stirred in the tank with a crushing circulating water pump.
3. No base material is required, only the treated water in the tank is used , and replacement of the base material is not required.
4. The crushing circulating submersible pump does not require an air vent and does not stop due to air biting.
5. Convective stirring by sucking and discharging the treated water in the tank by the crushing circulating submersible pump.
6. The wastewater from the treatment tank is a treated wastewater filtration network.
7. The inside of the treatment tank of the treated wastewater filtration network is always kept clean by forced convection of the treated water in the tank.
8. The outside of the treatment waste water filtration tank is automatically cleaned regularly by a filter washing jet pipe.
9. 100% of the input organic matter is converted to organic liquid fertilizer and 100% recycled.
10. When organic liquid fertilizer is unnecessary, it is purified and released with a purification device.
11, processing tank made of resin, is outside air cut off a steel free heat insulating structure, can be used in extremely cold Gokuatsu land.
12. The main body of the processing machine has no machined structure and is very simple with equipment parts mounting structure.
13. Since the processing capability is constant in the water flow agitation torque, it can be manufactured at low cost from small to large.
14. Stirring is only a flow of the treated water in the tank and aeration of the water, and the power cost is very small.
15. Economic efficiency that heats the tank water by heat release from the crushing circulating submersible pump and no heater is required.
16. Elimination of long-standing problems in grease traps, sewage storage tanks, etc. in applied usage examples.

実施形態に使用した汚物汚水水中ポンプは、汚物による空気抜き孔の詰まりにより、排水貯留水槽の全量排水した場合に最後に空気を吸い込んで停止、次の槽内増水で水中ポンプが稼動しても空気溜まりで揚水能力が無く機能停止事故が頻発しているにもかかわらず、世界中の汚物汚水水中ポンプメーカーには適材品が存在しない。 Waste sewage water pumps used in the present embodiment, the clogging of the air vent hole due to dirt, when draining the whole quantity of waste water reservoir water tank, the end stop to inhale air, water pump is operated in the following intracisternal swollen there is no pumping capacity in the reservoir air also, function in spite of the stop accidents are frequent, the waste sewage water pump manufacturers around the world there is no suitable material goods.

ましてや本発明の破砕循環水中ポンプ(5)は、処理槽(2)内では水中散気管(12)から水中放散する空気も、ポンプ吸引口から当然吸い込むので、該当品が世界にも無い為、「図7」「図8」「図9」のように、空気抜き穴不要の、汚物汚水水中ポンプを開発し、同時に、ポンプ吸引口破砕刃(8)を装着しての破砕循環水中ポンプ(5)として、抜群の機能を発揮した。   Moreover, the crushing and circulating submersible pump (5) of the present invention naturally sucks air that is dissipated from the submerged air diffusing pipe (12) in the treatment tank (2) from the pump suction port. As shown in “FIG. 7,” “FIG. 8,” “FIG. 9,” a sewage sewage submersible pump that does not require air vent holes is developed, and at the same time, a crushing circulating submersible pump (5) equipped with a pump suction crushing blade (8) ) As an excellent function.

また、槽外破砕循環ポンプ(6)は、構成的に空気抜き孔不要、及び、ポンプ吸引口破砕刃(8)が装着されているものは市販品には全く無いので、新規に「図8」の様に、ポンプインペラー軸を延長して陸上設置汚物汚水ポンプに、ポンプ吸引口破砕刃(8)を装着し、槽外破砕循環ポンプ(6)として使用し、これも抜群の効果を発揮した。 In addition , the external crushing circulation pump (6) does not require an air vent and is not equipped with a pump suction port crushing blade (8) at all. As shown, the pump impeller shaft was extended and the sewage sewage pump installed on the land was fitted with a pump suction port crushing blade (8) and used as a crushing circulation pump outside the tank (6). .

破砕機能を持った水中ポンプには、グラインダー水中ポンプと言う機種が市販品にあるが、これはポンプ吸引口が、固定刃と回転刃の形状がディスポーザーと全く同様機構で、小さな有機物は吸い込み破砕はするが、ポンプ吸引口口径よりも大きなものはポンプ吸引口を塞いだまま吸引されて吸いついたまま破砕せず、逆に吸引停止したままで、ポンプメカニカルシールの破損まで引き起こすので、これも回転軸を延長してその先端に破砕刃を付け、ポンプ吸引口の口径以下に破砕して、本来のグラインダーポンプの機能を発揮させた。この理由は、有機廃棄物、特に生ごみの場合には、大きな面積のだし昆布や、キャベツの半割そのまま、大根、薩摩いも等の大きな形状そのままの廃棄投入されるためである。 There is a grinder submersible pump in the market for submersible pumps with a crushing function, but this pump suction port, the shape of the fixed blade and rotary blade is exactly the same as the disposer, sucking and crushing small organic matter Although is larger than the diameter of the pump suction port is not crushing remain with smoke is sucked remains plugged the pump suction port, while stopping the suction in reverse, because the cause to failure of the pump mechanical seal, This also extended the rotating shaft, attached a crushing blade to the tip, and crushed it below the diameter of the pump suction port to demonstrate the original function of the grinder pump . This is because the organic waste, in particular in the case of garbage, or soup kelp large area, it halves the cabbage is because radish, large shapes such as Satsuma potatoes are directly discarded on.

「実施形態1」では、処理槽(1)の形状は縦形円筒形、円錐形状と、四角矩形筒方、及び横形円筒形の3種類の形状を実施したが、「図1」縦形円筒形状の処理槽で説明する。 In "embodiment 1", the shape is vertical cylindrical treatment tank (1), and the conical shape, a square rectangular tube side, and were performed 3 kinds of shapes of horizontal cylindrical vertical cylindrical "Figure 1" The processing tank will be described.

本実施例では処理槽(2)内には槽内処理水(3)が一定量充填されているが、処理槽(2)の内部には、破砕循環水中ポンプ(5)が単数装着された。   In this embodiment, the treatment tank (2) is filled with a certain amount of the treated water (3) in the tank, but a single crushing and circulating water pump (5) is mounted inside the treatment tank (2). .

ポンプの吐き出し管(7)は、槽内循環攪拌対流に最も適した方向に向けられるが、本実施例では浮上有機物の吸引破砕を行うために逆立ち状態の倒立設置を行い、また槽内底部に沈殿した有機物槽内処理水(3)対流によって浮遊させるため、吐出口は45度下向きで、円周方向にも向けて、沈殿物の対流遊泳攪拌と、円周回転する方向との相乗作用を図った。 The discharge pipe (7) of the pump is oriented in the direction most suitable for circulating agitation convection in the tank. In this embodiment, the pump is installed upside down in order to suck and crush the floating organic matter. in order to float the precipitated organic substances by convection of the bath in the treated water (3), the discharge port is 45 degrees downward, toward even in the circumferential direction, of the convection swimming stirred precipitate the direction of circumferential rotation A synergistic effect was achieved.

また、新鮮有酸素水(9)を処理槽(2)内に供給するために、日本水道協会の規定により、清水貯留槽(10)を設けて、公衆衛生法条例を順守した。 Moreover, in order to supply fresh aerobic water (9) into the treatment tank (2) , a fresh water storage tank (10) was provided in accordance with the regulations of the Japan Waterworks Association, and the public health law regulations were observed.

処理槽(2)の上部の槽壁(13)を貫通して清水貯留槽(10)から、電動弁等によって定期的に一定量の有酸素水を清水供給の電動制御弁で電気的に制御して処理槽(2)内に供給を行った。 Through the tank wall (13) at the top of the treatment tank (2), a constant amount of aerobic water is regularly controlled from the fresh water storage tank (10) by an electric valve or the like by an electric control valve for supplying fresh water. Then, it was supplied into the treatment tank (2).

空気圧縮機(11)の稼動によって、槽底に設置した水中散気管(12)からの空気放出上昇で、槽内処理水(3)への酸素供給と空気上昇による対流攪拌を可能にした。   The operation of the air compressor (11) enabled convection stirring by supplying oxygen to the treated water (3) in the tank and increasing the air by increasing the air discharge from the underwater diffuser (12) installed at the bottom of the tank.

槽内処理水(3)の水位付近の槽壁(13)を開口して装着した処理排水濾過網(14)を噴射洗浄する濾過網洗浄噴射管(15)が設けられ、噴射動力として洗浄噴射ポンプ(16)が設置される。 A filtration net cleaning injection pipe (15) for injecting and cleaning the treated drainage filtration network (14) attached by opening the tank wall (13) in the vicinity of the water level of the in-tank treated water (3) is provided, and cleaning injection is performed as injection power. A pump (16) is installed.

処理排水濾過網(14)及び濾過網洗浄噴射管(15)を囲う排水沈殿槽(20)には分解水排水管(22)が設けられる。   The waste water settling tank (20) surrounding the treated waste water filter net (14) and the filter net cleaning jet pipe (15) is provided with a cracked water drain pipe (22).

排水濾過網(9)が2.0mmの網目、1.7mmの目、1.5mmの網目、1.0mmの網目,0.7mmの網目の5種類を実施したが、卵殻等の無機系有機廃棄物が分解されて微細粉になっても分解水排水管(22)からの放水に混入しない方が良いために、排水沈殿槽(20)に比重落下で沈殿させて、排水槽メクラ蓋(21)が装着されるが、槽内投入有機物(4)で卵殻等の割合が多い場合には、無機物槽内戻し管を装着して自動的に処理槽(2)内に戻して再分解を図った実施例もあり、有効であった。 Mesh drainage filter screen (9) is 2.0 mm, mesh eyes of 1.7 mm, 1.5 mm mesh, 1.0 mm mesh, was conducted five 0.7mm mesh, inorganic, such as eggshell Even if organic waste is decomposed into fine powder, it is better not to be mixed into the water discharged from the decomposition water drain pipe (22). (21) is installed, but if the organic matter (4) in the tank has a high proportion of eggshells, etc., it is automatically returned to the processing tank (2) by reattaching the return pipe in the inorganic tank and re-decomposed. There was an example which aimed at, and it was effective.

排水沈殿槽(20)の側壁貫通した分解水排水管(22)口径は、1日の処理が50kgの場合、安全度をみて80mm口径管を装着した。 The diameter of the cracked water drain pipe (22) penetrating the side wall of the drain sedimentation tank (20) was fitted with an 80 mm bore pipe for safety when the daily throughput was 50 kg.

槽内投入有機廃棄物(4)分解消滅させる目的で、分解処理剤タンク(23)から一定量の分解処理剤を処理槽(2)内に添加する為、バイオポンプ(24)によって処理槽(2)に定期的電気制御で添加され、添加量の制御が簡単な、液体分解処理剤を使用し、定期的一定量の添加を行った。 Tank-on organic waste (4) at the decomposition annihilation make purposes, for addition to the processing tank (2) in a quantity of decomposition agent from decomposition treatment agent tank (23), the processing tank by Bio pump (24) is added periodically electrically controlled (2), control of the amount is easy, using a liquid decomposition treatment agent, was added periodically fixed amount.

処理槽(2)内底部位には、浮遊有機物分解に必要な水中分解菌等の有機物分解着床板(26)の装着も行った。 The bottom part in the treatment tank (2) was also equipped with an organic matter decomposition flooring plate (26) such as an underwater-degrading bacterium necessary for the decomposition of suspended organic matter.

処理槽(2)上部には、有機廃棄物投入口(18)を装着し、本発明は投入口蓋開放でも接触稼働機器は無いが、それでも安全の為に、有機廃棄物投入口(29)蓋の開閉で、処理機稼働の自動発停センサ−を装着した。   An organic waste input port (18) is mounted on the upper part of the treatment tank (2), and the present invention has no contact operating device even when the input port cover is opened. However, for safety, the organic waste input port (29) lid is still present. An automatic start / stop sensor for operating the processor was installed.

処理機本体(1)の処理槽(2)底部の側壁(13)には、点検口(19)を装着し、機械的攪拌機構は無いが、破砕循環水中ポンプ(5)及び空気散気管(12)、有機物分解菌着床板(26)の点検交換の為設置した。 An inspection port (19) is mounted on the side wall (13) of the bottom of the processing tank (2) of the processor main body (1) and there is no mechanical stirring mechanism, but the crushing circulating submersible pump (5) and the air diffuser pipe ( 12), it was installed for inspection exchange of organic matter decomposition bacteria wearing floor (26).

また、処理槽(2)内への新鮮有酸素水(9)の供給量、空気圧縮機(11)の稼働、停止時間、破砕循環水中ポンプ(5)、又は処理槽外に設置の槽外循環ポンプ(6)の稼働、休止時間、分解処理剤タンク(23)のバイオポンプ(24)の処理槽(2)内への添加量等々の電気制御も電気制御盤(17)によって制御した。 Moreover , the supply amount of fresh aerobic water (9) into the treatment tank (2), the operation of the air compressor (11), the stop time, the crushing circulation submersible pump (5), or the outside of the treatment tank Electrical control such as operation of the circulation pump (6), downtime, and the amount of the biodegradation agent tank (23) added to the treatment tank (2) of the biopump (24) was also controlled by the electric control panel (17).

「図7」「図8」「図9」の様に、ポンプ吸引口(30)の吸引口間隙破砕刃(32)の目的は、ポンプ吸引によって、くさび型形状の有機物が、ポンプ吸引口(30)と延長したインペラー軸(28)との間隙にはさまり、ポンプ吸引口間隙閉鎖されること事前予防することである。 The purpose of the suction port gap crushing blade (32) of the pump suction port (30) as shown in “FIG. 7,” “FIG. 8,” and FIG. caught in the gap 30) and extended impeller shaft (28), is to pre-preventing that gap of the pump suction port is closed.

インペラー軸(28)をポンプ吸引口(30)貫通させてインペラーハウジング(29)外に伸ばして先端に破砕翼(31)を装着する理由は、原形投入による大きな有機物がポンプ吸引口(30)に覆いかぶさって閉塞状態の防止である事は前述の通りである。 Impeller shaft (28) of the pump suction port (30) the impeller housing (29) by penetrating the reason for mounting the crushing blade to the tip stretched out (31), a large organic matter pump suction port by plasma-on (30) As described above, it is possible to prevent the closed state by covering the cover.

処理槽(2)内の破砕循環水中ポンプ(5)の通常の設置姿勢は、最低約20度前後以上の傾斜設置で、ポンプ吐出し口は傾斜上部に位置して設置するが、仮に空気を吸っても自動的にポンプ吐き出し管(7)から排出させるため、ポンプ吐き出し管(7)の端末方向は処理槽(2)内の水流攪拌向き方向に向ける。 The normal installation posture of the crushing and circulating submersible pump (5) in the treatment tank (2) is an inclination installation of at least about 20 degrees or more, and the pump discharge port is installed at the upper part of the inclination. In order to automatically discharge from the pump discharge pipe (7) even if sucked, the terminal direction of the pump discharge pipe (7) is directed to the direction of water flow stirring in the treatment tank (2).

また、破砕浮上有機物の場合はポンプ吸引口(30)を水面に向けた逆立ち方向で倒立させて設置し、ポンプ吐出口は処理槽(2)底部に向けて、沈殿有機物の水流攪拌で水中遊泳させと同時に、処理槽(2)の側壁に添って回転水流で、沈殿物の水流遊泳にするが、設置姿勢が逆立ちで倒立させて設置した場合にでも「図7」「図8」「図9」の様に空気抜き孔閉鎖材(35)で閉鎖しなければ、常時通水による繊維状有機物でインペラハウジング(29)内での閉塞物が次第に肥大化し最後にはポンプインペラ(27)周囲を圧迫して停止させる事故がある。 In the case of crushed floating organic matter, the pump suction port (30) is installed upside down in the direction of heading toward the surface of the water, and the pump discharge port faces the bottom of the treatment tank (2) and swims underwater with water agitation of the precipitated organic matter. simultaneously that is, a rotating water flow along the side wall of the processing tank (2), although the water swimming precipitate even if the installation position is established by inverted in headstand "Figure 7""Figure8"" if closed with vent closure member as in FIG. 9 "(35), and obstruction gradually enlarged in the impeller over the housing (29) in the fibrous organic material by continuously passing water, finally the pump impeller chromatography ( 27) and the ambient pressure Sako is unable to stop.

キャベツの葉が多い残飯処理の様な場合は浮上物が多く、同時にご飯つぶや大きな形状の生ごみが多い場合、破砕攪拌水中ポンプ(5)の吸引口を上に向けた姿勢と、処理層(2)底に、20度前後傾斜させた通常の立脚姿勢との両方の破砕攪拌水中ポンプ(5)を装着する事によって、大きな形状の有機廃棄物の破砕によって表面積を増やして、バイオ分解速度を速めた。 When there are many leftovers such as leftover processing with many cabbage leaves, if there is a lot of crushed rice or large-sized garbage at the same time, the posture with the suction port of the crushing and stirring water pump (5) facing upward and the treatment layer By attaching a crushing and stirring submersible pump (5) with a normal standing posture tilted around 20 degrees to the bottom of (2), the surface area is increased by crushing large-sized organic waste, and biodegradation Increased speed.

本発明に使用した破砕循環水中ポンプ(5)の他、槽外破砕循環ポンプ(6)の他に、市販のグラインダー水中ポンプ(34)をも改善して使用したが、市販品そのままの使用は出来ない理由は、グラインダー水中ポンプ(34)は、ポンプ吸引口(30)にキャベツの半割平面が吸引で吸いつき、塞がれ場合、ポンプグラインダー刃(33)が平面状態で、吸いつき排除できないためで、その改善機構として、グラインダー水中ポンプ(34)の回転刃軸を伸ばして破砕翼(31)を装着し、大きな形状の有機物でもポンプ吸引口が塞がれる事がないように、自己破砕吸引を可能にした。 In addition to the crushing and circulating submersible pump (5) used in the present invention, in addition to the crushing and circulating pump (6) outside the tank, a commercially available grinder submersible pump (34) was also used. reason can not, grinder submersible pump (34) is a pump suction port (30) per smoke cabbage half plane aspiration, when closed, is in a planar state pump grinder blades (33), attached sucking Since it can not be excluded, as an improvement mechanism, the rotary blade shaft of the grinder submersible pump (34) is extended and the crushing blade (31) is attached, so that the pump suction port is not blocked even by a large organic matter. , it made it possible to self-crushing suction.

本発明の処理機本体(1)の槽壁(13)を断熱構造にしている理由は、破砕攪拌水中ポンプ(5)の稼動によるポンプモーターの冷却は当然ながら処理槽(2)内の槽内処理水(3)によって冷却されて槽内処理水(3)の水温が上昇しそのエネルギーを有効に利用し、加熱ヒーターの必要が無い事も大きな特徴である。 Reason for the tank wall of the processing machine body of the present invention (1) to (13) in the heat insulating structure is of course the cooling of the pump motor according to the operation of crushing stirring water pump (5), a bath of the treatment vessel (2) is cooled by the inner treated water (3) increased water temperature of the tank in the processing water (3), the energy effectively utilized, it is also a significant feature no need of heating heater.

また、鋼製良いが樹脂構造によって、軽量化と共に、沖縄を含む紫外光線が強い地域をも考慮して紫外線劣化防止剤を混入で15年以上の耐用で、万一の運搬車両との接触破損等も補修は容易に可能である。 Further, the steel also good resin structure, with lighter, Okinawa ultraviolet deterioration preventing agent in consideration of including ultraviolet rays strong regional at 15 years of service in mixed, and emergency transport vehicle Repairs such as contact damage can be easily made.

これらによって、機械加工による攪拌装置を必要としない、原形有機物も水中ポンプによる、自己破砕吸引吐出機能の継続が可能となり、画期的な、機械加工ゼロの処理機が誕生し、いかなる有機物も水流攪拌で分解消滅し、種々のメリットを生むことに成功した。 These do not require stirring device by machining, by original organic matter in water pump, it is possible to continue the self-breaking suction and discharge function, groundbreaking a machining zero processor is born, any organic water Dissolved by stirring and succeeded in producing various merits.

実施形態2」は、処理層(2)の槽壁(13)が樹脂製断熱構造、極寒極暑の如何なる地域でも使用可能としたものであり、「実施形態1」に使用する処理槽によって実証した。 "Embodiment 2" is a heat insulating structure the tank wall (13) is made of a resin of the treatment layer (2), which was also used in any areas of extreme cold Gokuatsu, treatment using the "embodiment 1" Proved by tank.

実施形態3」は、分解処理剤タンク(23)内に充填している分解処理剤は、処理槽(2)内に定期的に一定量の添加をするものであるが、人類健康安全確保の為に、種々の食品発酵菌を、又分解酵素の単種類から複合種類迄種々行って効果を得たが、特に有機物分解酵素の種類は、繊維素分解の酸性又は中性の分解酵素、澱粉分解の植物性又は動物性の各種分解酵素、蛋白質の各種分解酵素、油脂分解の各種酵素、これらの単独又は必要に応じた複合種類、これらを液体にそれぞれが干渉し合わない様にする苦労はあったが、完全な分解処理が完成した事により、卵の殻も、魚の骨も、破砕機能が無くても、人体に何等危険を及ぼす事もなく、又排水後安全性も確認されて消滅する事実が判明した。 "Embodiment 3" decomposing agent is filled in a decomposition treatment agent tank (23) inside, which is to the addition of regular fixed amount into the processing tank (2), health and safety of mankind In order to ensure this, various food fermenting bacteria were used and various effects were obtained from a single type to a complex type of degrading enzymes. Especially, the type of organic matter degrading enzymes is acidic or neutral degrading enzymes of fibrinolysis. , Various vegetable or animal degrading enzymes for starch degradation, various protein degrading enzymes, various oil degrading enzymes, these alone or in combination as needed, so that they do not interfere with the liquid Although there was a hard time, the complete decomposition treatment agent was completed, so even if there was no crushing function for egg shells, fish bones, etc., there was no danger to the human body, and safety after drainage was confirmed The fact that it disappears was found.

実施形態4」は、分解処理剤の種別が異なり、投入された槽内有機物(4)に既に付着している各種菌類のなかで、有機物分解に有効な、有機廃棄物に既に付着している菌類の繁殖を促して分解消滅を行うもので、その為の菌類に必要な栄養素のエッセンスを液体化したもので、世界的な販路で、国によっては外国の土壌菌類の分解菌類を使用できない為の、画期的な物で、これまた目を見張る分解消滅機能を発揮した。 Embodiment 4” is different in the type of decomposition treatment agent, and is already attached to organic waste, which is effective for organic matter decomposition, among various fungi already attached to the organic matter (4) in the tank. The essence of nutrients necessary for fungi for this purpose is liquefied, and it is not possible to use foreign soil fungal decomposing fungis in some countries depending on the country. For this purpose, it was an epoch-making thing, and it also showed a remarkable disintegration function.

実施形態5」は、破砕循環水中ポンプ(5)又は槽外循環ポンプ(6)の稼働時間を、「短」、「中」、「長」の3種類に分割させて、「短」は短時間の回転で攪拌休止時間を長く、「中」は攪拌時間と停止時間を標準時間に設定し、「長」は攪拌時間を長くして休止時間を短くし、同一処理機の期間別投入量の過小や増大にも対応させる様に、電気制御盤(17)のセレクトスイッチでコントロールさせたことにより、使用過程でのやむを得ない投入量の増大、縮小をも1機種で対応する事が出来た。 Embodiment 5” divides the operation time of the crushing circulating submersible pump (5) or the outside circulation pump (6) into three types of “short”, “medium”, and “long”. A short period of time makes the agitation pause longer, "medium" sets the agitation time and stop time to the standard time, and "long" lengthens the agitation time to shorten the pause time. By controlling with the select switch of the electric control panel (17) so as to cope with the amount of increase or decrease, one model can cope with the inevitably increase or decrease of the input amount in the process of use. It was.

実施形態6」は、本発明の排水が、設置場所の既存の浄化槽にも導入出来ず、或は既存の浄化槽の機能が低下している様な場合、排水基準をクリアーして放水させるために、「図5」「図6」の様に、処理機本体(1)付設、又は別途設置の排水浄化タンク(36)に本発明の分解水槽外排水管(22)を接続して浄化放水するもので、排水基準を満たす大きさのものであり、その効果も十分に検証した。 In “ Embodiment 6”, when the wastewater of the present invention cannot be introduced into the existing septic tank at the installation location or the function of the existing septic tank is deteriorated, the drainage standard is cleared and discharged. to, as in "Figure 5""6", the processing machine body (1) in attached, or connected decomposed water tank outside the drainage pipe of the present invention (22) separately to the waste water purification tank installation (36) purification The water discharge is of a size that meets the drainage standards, and its effects have been fully verified.

実施形態7」は、新鮮有酸素水(9)の供給源として、「図10」の様に、水道水の他、既存の井戸水、既存浄化槽最終槽水を利用したもので、「図10」は更に、遠隔地の単数又は複数の厨房から加水破砕して1機の処理機本体に有機廃棄物を自動移送して消滅処理、既存の浄化槽に導入して浄化した放水する事も可能である。 " Embodiment 7" uses existing well water and existing septic tank final tank water in addition to tap water as a source of fresh aerobic water (9) as shown in "FIG. 10". "further possible to discharge water the organic waste processing machine body 1 aircraft with hydro fracturing from a remote one or more kitchen annihilation process is automatically transferred, after purification by introducing into an existing septic tank Is also possible.

実施形態8」は、処理槽(2)内に散気する圧縮空気を、より細かいミクロンエアーで水中散気して、分解を速めるものである。 In “Eighth Embodiment ”, compressed air diffused into the treatment tank (2) is diffused in water with finer micron air to accelerate decomposition.

実施形態9」は、本発明の処理機本体(1)設置場所から離れた所での有機廃棄物が発生、又は厨房等が複数あってその集合廃棄物を1基の本発明の処理機本体(1)で処理する場合に、本発明の破砕循環水中ポンプ(5)、又は槽外循環ポンプ(6)によって加水破砕された有機物を、そのままポンプ吐き出し口(7)有機物移送管経由で破砕水と共に処理槽(2)投入されることによって、省労力と高価なディスポーザーの必要もなく、有効であった。 "Embodiment 9", organic waste is generated in the away from the processor the location of the main body (1) of the present invention, or the invention of 1 group and its collective waste a plurality like kitchen of the case of processing in the processing machine body (1), breaking the circulation water pump of the present invention (5), or a hydrolytic crushed organic matter by Sogai circulation pump (6), the organic matter as it is the pump outlet (7) By introducing the treatment tank (2) together with the crushed water via the transfer pipe, it was effective without labor saving and the need for an expensive disposer.

グロ−バルな世界環境保全の意識高揚のもと、家庭用の小型機種も簡単に設置、業務では全国のファミリーレストラン、食堂、コンビニエンスストアー、食品スーパー、ハバーガーショップ、病院給食、学校給食、工場給食、アパ−ト・マンションに至る各施設には欠かせない有機廃棄物の処理に貢献する為、如何なる環境にもフィットする機構、部品点数を極限迄削減し、機械加工部品は皆無で、それでいて、有機廃棄物処理機能力は従来処理機の数倍の機能性を持っている。 Glo - the original of awareness Bal global environment conservation, small model is also easy to install for the home, in commercial nationwide family restaurant, cafeteria, convenience store, supermarket, ha down burger shop, hospital meals, school meals In order to contribute to the disposal of indispensable organic waste in facilities ranging from factory meals to apartments and condominiums, the mechanism and the number of parts that fit in any environment have been reduced to the limit, and there are no machined parts. Nevertheless, the organic waste treatment capability has several times the functionality of conventional treatment machines.

処理機価格は如何に廉価で販売が可能かの極限の開発、如何にランニングコストを低廉にするかのメンテナンスフリー、しかも有機廃棄物50kg/日の消滅で直径1m以下の処理槽の省スペ−ス、それでいて従来の機能を遥かに上回る能力、このためには高価な機械加工部品数をゼロで量産可能機構とし、組み立ても特殊技能を必要とせず、人件費も削減可能とし、環境社会に普及貢献可能な生ごみ等の有機廃棄物の水中分解処理機の完成をみた。 The ultimate development of how low the price of the processor can be sold, maintenance-free of how to reduce the running cost, and organic waste 50kg / day eradicating the saving of processing tanks with a diameter of 1m or less. -In spite of this, the capability far exceeds conventional functions, and for this purpose, a mechanism capable of mass production with no expensive machined parts is required, assembly requires no special skills, and labor costs can be reduced. The completion of an underwater decomposition treatment machine for organic waste such as garbage that can contribute to the spread of water.

発酵処理が従来から最も多く生産されているが、今後の問題で下水発達の観点から、本発明の使用法に切り替えれば、処理機自体の格安購入、メンテナンスフリー、無臭分解消滅である。本発明はこの社会的環境の全面にフィットする処理機として、世界唯一の物である Fermentation treatment has been produced most in the past, but if it is switched to the method of use of the present invention from the viewpoint of sewage development in the future problem, it is cheap purchase of the processing machine itself, maintenance free, and odorless decomposition disappearance . The present invention is the only one in the world as a processing machine that fits the entire surface of this social environment.

その利点を列挙すれば、従来の様な機械加工による高価な攪拌軸、攪拌翼、同様に高トルク対応の頑丈な攪拌翼と高kwの駆動機にかわって、本発明はトルク変化が殆ど無いポンプ吐出し圧力による水流攪拌と、槽内空気吐出し空気の上昇対流攪拌で攪拌効率は機械的攪拌よりもはるかに効果がある。 To list its advantages, the present invention has little torque change, instead of expensive stirring shafts and stirring blades by conventional machining, as well as sturdy stirring blades and high kW drive units capable of handling high torque. and water stirred by the pump discharge pressure, stirring efficiency at elevated convection stirring of the air discharge air in the tank is much more effective than mechanical agitation.

有機廃棄物の原形投入であっても、加水ディスポーザー破砕での破砕水と共に投入しても、同一処理機で対応が可能である。 Even original introduction of organic waste, be charged with crushed water hydrolytically disposer crushing, it is possible to cope with the same processor.

処理槽の素材は、ステンレス鋼板でも良いが、ステンレスとは言え、欠点であるキャビーション部分腐食によるピンポイント穴開きが、本発明の処理槽内が水であるために問題であることから、FRP樹脂を含めて、如何なる樹脂製でも十分に強度を保ち売るのであれば、SUS製よりも耐用年数が長く、断熱性も加算され、世界中の如何なる地域でも使用が可能である。 Since the material in the processing tank can be a stainless steel plate, but although stainless, pinpoint perforated by cavity Te Shon portion corrosion which is a defect is a problem for the processing tank of the present invention is water, If any resin including FRP resin is sold with sufficient strength, the service life is longer than that of SUS, heat insulation is added, and it can be used in any region of the world.

従来の攪拌軸の必要が無く、空気供給とポンプで十分な攪拌効果が得られ、機械的メンテナンス不要と、機械加工製造部位皆無で、コストダウンに大きく貢献し、価格的には格安に加えて機能性では抜群の製品が販売可能である。 There is no need for a conventional agitation shaft, a sufficient agitation effect can be obtained with an air supply and a pump, no mechanical maintenance is required, there is no machining manufacturing site, it contributes significantly to cost reduction, and in addition to low price In terms of functionality, excellent products can be sold.

従来の攪拌伝達方式のチェ−ン・スプロケットの必要がなく、チェ−ン伸び交換、スプロケット摩耗交換の欠点がなく、機械的メンテナンス・ランニングコストは皆無になり、強いて言えば、年単位のポンプのメカニカル軸シール装填油の点検交換のみである。 There is no need for the conventional agitating transmission chain / sprocket, there is no drawback of chain extension replacement and sprocket wear replacement, and there is no mechanical maintenance / running cost. It is only inspecting and replacing the seal loading oil of the mechanical shaft.

部品点数の極限的削減で、原価価格構成も低く、その上、ある段階までの機種では同一部品であるため、発注数量も予定発注が可能となり、生産コスト削減に大きなメリットを生んだ。 In extreme reduction in the number of parts, the configuration of the cost price is also low, on it, because in the model up to a certain stage is the same parts, order quantity also makes it possible to schedule orders, gave birth to great advantage in production cost savings.

同一型式で少々の処理能力大も可能であ、又小型化も可能になり生産コストの大幅削減が可能となった。 Increased size also possible der of a little of the processing capacity in the same type is, also has become possible to greatly reduce the production cost will also allow miniaturization.

なによりも、密閉処理機による無臭連続使用で消臭装置の必要がなく、その上、只投入するだけで、分解水に変化するために、半永久的にメンテナンスフリーであるが、せめて、2年に1回位は、混入異物撤去でのメンテナンスを行えば良い。 Above all, there is no need for deodorization apparatus in odorless continuous use by the sealing processing machine, on which, just only turned to vary the degradation water, is a semi-permanent maintenance-free, at least, 2 About once a year, maintenance may be performed by removing contaminated foreign matter.

部品点数が大きく分けて5本の指で数えられる程、極端に少なく、電気機器も水中対流攪拌の為にトルクが微小で故障率も皆無に近い。   As the number of parts can be roughly divided and counted with 5 fingers, the number is extremely small, and the electric equipment has a small torque due to underwater convection agitation and almost no failure rate.

同時に機械的知識不要の全自動であり、投入口蓋を開けて有機廃棄物を投入した後、投入口蓋を閉めるだけである。 Is a fully automatic mechanical knowledge is not required at the same time, after turning the organic waste by opening the input palate, it is only close the input palate.

縦形円筒形状の処理槽底部に装着された破砕循環水中ポンプのポンプを逆立ち倒立設置した処理機本体の、透視図、一部斜視図である。It is a perspective view and a partial perspective view of the main body of the processing machine in which the pump of the crushing circulating submersible pump mounted on the bottom of the vertical cylindrical processing tank is installed upside down. 縦形円筒形状の処理槽底部に装着された破砕循環水中ポンプのポンプを逆立ち倒立設置と吸引口下向きで吐出口を傾斜上部位に設置した処理機本体の、透視図、一部斜視図である。It is a perspective view and a partial perspective view of the main body of the processing machine in which the pump of the crushing circulating submersible pump mounted on the bottom of the vertical cylindrical processing tank is installed upside down and the suction port is directed downward and the discharge port is inclined upward. . 横形円筒形状の処理槽底部に装着された破砕循環水中ポンプのポンプを逆立ち倒立設置と吸引口下向きで吐出口を傾斜上部位に設置した処理機本体の、透視図、一部斜視図である。The processor body established a processing tank bottom crushing circulating water pump mounted on the unit pump of horizontal cylindrical shape inclined on site delivery outlet headstand inverted installation and the suction port in a downward, perspective view, is a partial perspective view . 縦形多角筒形状の処理槽底部に装着された破砕循環水中ポンプのポンプを逆立ち倒立設置と吸引口下向きで吐出口を傾斜上部位に設置した処理機本体の、透視図、一部斜視図である。Processing machine main body installed in the angled upper portion discharge port of the pump of the crushing circulating water pump mounted on the treatment tank bottom of a vertical polygonal cylindrical shape headstand inverted installation and the suction port in a downward, perspective view, in partial perspective view is there. 処理機本体に別途付設した排水浄化タンクが付いた処理槽の、斜視図、一部透視図である。It is the perspective view of a processing tank with the waste water purification tank separately attached to the processor main part, and a partial perspective view. 処理槽本体に、別途、排水浄化装置を結続した断面図、一部透視図である。It is sectional drawing which connected the waste water purification apparatus to the processing tank main body separately, and is a partial perspective view. 汚物・汚水水中ポンプのポンプインペラー軸に、自己破砕機能を持たせた、破砕吸入部の断面図、一部透視図である。It is sectional drawing of the crushing suction part which gave the self-crushing function to the pump impeller axis | shaft of a sewage and sewage submersible pump, and a partial perspective view. 槽外破砕循環ポンプのポンプインペラー軸に、自己破砕機能を持たせた、破砕吸入部の断面図、一部透視図である。It is sectional drawing of the crushing suction part which gave the self-crushing function to the pump impeller axis | shaft of the crushing circulation pump outside a tank, and a partial perspective view. グラインダー水中ポンプの回転刃軸に、大面積有機物の自己破砕機能を持たせた、破砕吸入部の断面図、一部透視図である。It is sectional drawing of the crushing suction part which made the rotary blade axis | shaft of a grinder submersible pump have the self-crushing function of a large area organic substance, and a partial perspective view. 有酸素水の供給水に、井戸水、或は浄化槽最終段槽の浄化済水を使用し、有機廃棄物を屋内のディスポーザーに投入してポンプによる自動移送投入と、原形有機物投入の併合の断面図、一部透視図である。Cross-sectional view of the combined use of well water or purified water from the final septic tank as the aerobic water supply, organic waste into an indoor disposer, automatic transfer by pump, and raw organic matter FIG.

符号の説明Explanation of symbols

1 処理機本体
2 処理槽
3 槽内処理水
4 槽内投入有機物
5 破砕循環水中ポンプ
6 槽外破砕循環ポンプ
7 ポンプ吐き出し管
8 ポンプ吸引口破砕刃
9 新鮮有酸素水
10 清水貯留槽
11 空気圧縮機
12 水中散気管
13 槽壁
14 処理排水濾過網
15 濾過網洗浄噴射管
16 洗浄噴射ポンプ
17 電気制御盤
18 有機廃棄物投入口
19 点検口
20 排水沈殿槽
21 排水槽メクラ蓋
22 分解水排水管
23 分解処理剤タンク
24 バイオポンプ
25 分解処理剤添加管
26 有機物分解菌着床板
27 ポンプインペラー
28 インペラー軸
29 インペラーハウジング
30 ポンプ吸引口
31 破砕翼
32 吸引口間隙破砕刃
33 ポンプグラインダー刃
34 グラインダー水中ポンプ
35 空気抜き穴閉鎖材
36 排水浄化タンク
37 既存浄化槽第1槽
38 既存浄化槽最終槽
39 井戸
40 井戸汲み揚げポンプ
41 破砕循環水中ポンプ移送又は破砕移送ディスポーザー
DESCRIPTION OF SYMBOLS 1 Processing machine body 2 Processing tank 3 Processed water in tank 4 Organic substance thrown into tank 5 Crushing circulation submersible pump 6 Crushing circulation submersible pump 7 Pump discharge pipe 8 Pump suction crushing blade 9 Fresh oxygenated water 10 Fresh water storage tank 11 Air compression Machine 12 Submerged aeration pipe 13 Tank wall 14 Treatment drainage filtration network 15 Filtration net washing jet pipe 16 Washing jet pump 17 Electric control panel 18 Organic waste input port 19 Inspection port 20 Drainage sedimentation tank 21 Drainage tank mech lid 22 Decomposed water drainage pipe 23 Decomposition treatment agent tank 24 Biopump 25 Decomposition treatment agent addition pipe 26 Organic matter decomposition bacteria flooring plate 27 Pump impeller 28 Impeller shaft 29 Impeller housing 30 Pump suction port 31 Crushing blade 32 Suction port gap crushing blade 33 Pump grinder blade 34 Grinder submersible pump 35 Air vent hole closing material 36 Waste water purification tank 37 Existing septic tank 1st tank 38 Existing septic tank Bath final tank 39 wells 40 wells pumped fried pump 41 breaking circulating water pumping or crushed transfer disposer

Claims (10)

内部に槽内処理水(3)が充填されるとともに、槽内投入有機物(4)が投入される処理槽(2)を有する処理機本体(1)と、
前記処理槽(2)の内部に設置された破砕循環水中ポンプ(5)、又は前記処理槽(2)の外部に設置された槽外破砕循環ポンプ(6)と、を備え、
前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)のポンプ吐出し管(7)からの吐出によって前記槽内処理水(3)を流動攪拌し、前記槽内投入有機物(4)が前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)のポンプ吸引口破砕刃(8)で破砕されるように構成されており、
前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)では、存の空気抜き孔を空気抜き孔閉鎖材(35)で閉鎖し、ポンプ吐き出し口を上側に傾斜、又は、平に向けて設置することを特徴とする有機廃棄物の水中分解処理機。
A processing machine main body (1) having a processing tank (2) into which the treated water (3) in the tank is filled and the organic substance (4) charged in the tank is charged;
A crushing circulation submersible pump (5) installed inside the treatment tank (2), or an outside tank crushing circulation pump (6) installed outside the treatment tank (2),
The treated water (3) in the tank is fluidly stirred by discharge from the pump discharge pipe (7) of the crushing / circulating submersible pump (5) or the external crushing / circulating pump (6), and the organic matter (4 ) Is crushed by the pump suction port crushing blade (8) of the crushing circulation submersible pump (5) or the outside crushing circulation pump (6),
Wherein the crushing circulation water pump (5) or the tank outer crushing circulation pump (6), closing the air vent hole existing in vent closure member (35), tilting the pump outlet in the upper or horizontal water content Kaisho physical machine organic waste, which comprises Installation towards.
内部に槽内処理水(3)が充填されるとともに、槽内投入有機物(4)が投入される処理槽(2)を有する処理機本体(1)と、
前記処理槽(2)の内部に設置された破砕循環水中ポンプ(5)、又は前記処理槽(2)の外部に設置された槽外破砕循環ポンプ(6)と、を備え、
前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)のポンプ吐出し管(7)からの吐出によって前記槽内処理水(3)を流動攪拌し、前記槽内投入有機物(4)が前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)のポンプ吸引口破砕刃(8)で破砕されるように構成されており、
前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)では、既存の空気抜き孔を空気抜き孔閉鎖材(35)で閉鎖し、ポンプ吸引口(30)を水面に向けて設置することを特徴とする有機廃棄物の水中分解処理機。
A processing machine main body (1) having a processing tank (2) into which the treated water (3) in the tank is filled and the organic substance (4) charged in the tank is charged;
A crushing circulation submersible pump (5) installed inside the treatment tank (2), or an outside tank crushing circulation pump (6) installed outside the treatment tank (2),
The treated water (3) in the tank is fluidly stirred by discharge from the pump discharge pipe (7) of the crushing / circulating submersible pump (5) or the external crushing / circulating pump (6), and the organic matter (4 ) Is crushed by the pump suction port crushing blade (8) of the crushing circulation submersible pump (5) or the outside crushing circulation pump (6),
In the crushing circulation submersible pump (5) or the outside crushing circulation pump (6), the existing air vent hole is closed with an air vent hole closing material (35), and the pump suction port (30) is installed facing the water surface. water content Kaisho physical machine of the organic waste according to claim.
前記処理槽(2)の槽壁(13)が断熱構造であることを特徴とする請求項1記載の有機廃棄物の水中分解処理機。 Water content Kaisho physical machine organic waste according to claim 1, the tank wall (13) of said processing tank (2) is characterized in that it is a adiabatic structure. 前記ポンプ吐き出し口は、上側に20度の角度で傾斜していることを特徴とする請求項1に記載の有機廃棄物の水中分解処理機。 The pump outlet is in water content Kaisho physical machine organic waste according to claim 1, characterized in that inclined at an angle of 20 degrees upward. 前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)の稼働時間を複数の類に分割させたことを特徴とする請求項1から請求項のいずれか一項に記載の有機廃棄物の水中分解処理機。 According to any one of claims 1 to 4, characterized in that the operating time of the crushing circulating water pump (5) or said Sogai crushing circulation pump (6) was divided into a plurality of types water content Kaisho physical machine of organic waste. 前記破砕循環水中ポンプ(5)又は前記槽外破砕循環ポンプ(6)では、ポンプインペラー(27)が装着されたインペラー軸(28)をインペラーハウジング(29)の前記ポンプ吸引口(30)の外まで延長し、その先端に破砕翼(31)を装着するとともに、前記ポンプ吸引口(30)の開口部と前記インペラー軸(28)との間隙に吸引口間隙破砕刃(32)を装着することを特徴とする請求項1から請求項のいずれか一項に記載の有機廃棄物の水中分解処理機。 In the crushing and circulating submersible pump (5) or the outside crushing and circulating pump (6), the impeller shaft (28) to which the pump impeller (27) is attached is disposed outside the pump suction port (30) of the impeller housing (29). And a crushing blade (31) is attached to the tip of the crushing blade, and a suction port gap crushing blade (32) is attached to the gap between the opening of the pump suction port (30) and the impeller shaft (28). water content Kaisho physical machine organic waste according to any one of claims 1 to 5, characterized in. ポンプ吐き出し管(7)の先端の向きを変化させることにより、前記槽内処理水(3)の流動攪拌をコントロ−ルするように構成されていることを特徴とする請求項1から請求項のいずれか一項に記載の有機廃棄物の水中分解処理機。 By varying the tip direction of the pump discharging pipe (7), the flow agitation of the vessel treated water (3) Control - claim from claim 1, characterized in that it is configured to Le 6 water content Kaisho physical machine organic waste according to any one of. 前記処理槽(2)内に、ミクロン気泡を供給することを特徴とする請求項1から請求項のいずれか一項に記載の有機廃棄物の水中分解処理機。 Wherein the treatment tank (2) in, water content Kaisho physical machine organic waste as claimed in any one of claims 7, wherein the supplying micron bubbles. 前記処理槽(2)は、遠隔に設置された有機物貯留槽を備え、前記有機物貯留槽に設置された前記破砕循環水中ポンプ(5)又前記槽外破砕循環ポンプ(6)によって、前記槽内処理水(3)が前記処理槽(2)に投されることを特徴とする請求項1から請求項のいずれか一項に記載の有機廃棄物の水中分解処理機。 The processing bath (2) comprises an organic substance reservoir which is remotely located, the organic material the crushing circulating water pump installed in the storage tank (5) or depending on the Sogai crushing circulation pump (6), wherein tank treated water (3) is the processing bath (2) in water content of the organic waste according to claims 1, characterized in that the projected input to any one of claims 8 Kaisho physical machine . 前記処理槽(2)は、厨房等の生活調理排水の汚水貯留槽であることを特徴とする請求項1から請求項9のいずれか一項に記載の有機廃棄物の水中分解処理機。 The processing bath (2), the water content Kaisho physical machine organic waste as claimed in any one of claims 9, characterized in that a sewage reservoir life cooking wastewater from the kitchen .
JP2005355383A 2005-11-10 2005-11-10 Organic waste water treatment equipment Expired - Fee Related JP4638336B2 (en)

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