JPH08155443A - Water quality improving apparatus for water in flash toilet - Google Patents
Water quality improving apparatus for water in flash toiletInfo
- Publication number
- JPH08155443A JPH08155443A JP33273894A JP33273894A JPH08155443A JP H08155443 A JPH08155443 A JP H08155443A JP 33273894 A JP33273894 A JP 33273894A JP 33273894 A JP33273894 A JP 33273894A JP H08155443 A JPH08155443 A JP H08155443A
- Authority
- JP
- Japan
- Prior art keywords
- water quality
- water
- flush toilet
- improving device
- quality improving
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Sanitary Device For Flush Toilet (AREA)
- Treatment Of Biological Wastes In General (AREA)
- Physical Water Treatments (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、水洗便所の水の水質改
善システムに関し、特に、水洗便所と有効微生物による
水質改善装置と有効微生物処理を可能とする中間貯留槽
を連結して、水洗便所で使用した水と糞尿が混合された
排水を有効微生物との接触による前記水質改善装置に供
給し、その水質改善装置により水質改善をして、再び、
前記水洗便所に水質改善をした改質水を供給して、前記
水洗便所に改質水を循環的に供給し得るようにし、前記
水質改善装置に乾燥へちまの繊維層と遠赤外線セラミッ
ク層を配設した水洗便所の水の水質改善システムに関す
る。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a water quality improving system for a flush toilet, and more particularly, a flush toilet, a water quality improving device using effective microorganisms and an intermediate storage tank capable of treating effective microorganisms are connected to each other. Supply the wastewater mixed with water and manure used in the above to the water quality improvement device by contact with effective microorganisms, improve the water quality by the water quality improvement device, again,
The modified water with improved water quality is supplied to the flush toilet so that the modified water can be circulated to the flush toilet, and the fiber layer of the dried hemima and the far infrared ceramic layer are arranged in the water quality improvement device. It relates to a water quality improvement system for the flush toilets that have been installed.
【０００２】[0002]
【従来の技術】従来から、水洗便所が使用されてきた。
水洗便所には、水洗のために、水が必要である。そこ
で、水洗便所の水洗のためには、水の適切な供給が必要
であるが、そのため、その水の供給には、シスタンクを
水洗便所の上部に設けて、その落差を利用し、その水圧
で、水洗便所の容器内の糞尿を洗い流してきた。その水
圧と水量が適切であり、その開発技術が普及して後は、
その開発技術の分野での大きな改良はなされていない。
そのようなことで、現在、飲料水が浴槽用や水洗便所に
使用されてきた。そこで、生活のために利用する水を飲
料水と飲料水以外の水、例えば、上水である飲料水と飲
料水以外の中水などを、特に、別の水源から求めるよう
なこともなく、即ち、上水と中水の配管の区別をするこ
ともなく、貴重な飲料水を飲料水以外の浴槽用や水洗便
所にも使用されてきた。このようなことは、例え、飲料
水の値段が、例え、低廉であっても、経済的であるとは
言えない。そこで、下水の水を浄化して、上水である飲
料水まででなく、飲料水以外の中水として、水洗便所の
水洗のために利用することが試みられた。しかし、それ
は、種々のことで成功しなかった。それ故に、水洗便所
の水洗のために飲料水を使用はしても、未だ、実用性の
ある下水の水を浄化して、中水として、利用することが
なく、まして、水洗便所の水洗のために利用することが
なされていない。2. Description of the Related Art Conventionally, flush toilets have been used.
The flush toilet requires water for flushing. Therefore, in order to flush the flush toilet, it is necessary to supply water appropriately.Therefore, a cis tank is provided at the top of the flush toilet to supply the water, and the drop is used to control the water pressure. , The manure in the container of the flush toilet was washed away. After the water pressure and the amount of water are appropriate and the development technology has spread,
No major improvements have been made in the area of its development technology.
As a result, drinking water has now been used for bathtubs and flush toilets. Therefore, the water used for living is water other than drinking water and drinking water, for example, drinking water that is tap water and middle water other than drinking water, etc., without particularly seeking from a separate water source, That is, precious drinking water has been used for bathtubs other than drinking water and for flush toilets without making a distinction between clean water and clean water piping. Such a thing is not economical even if the price of drinking water is low, for example. Therefore, it has been attempted to purify the water of the sewage and use it as not only drinking water which is clean water but also tap water other than drinking water for washing the flush toilet. But it did not succeed in various ways. Therefore, even if drinking water is used for flushing the flush toilet, it is still useful for purifying sewage water and not using it as intermediate water. Has not been made available for.
【０００３】[0003]
【発明が解決しようとする課題】そこで、比較的、多量
に使用される水洗便所の水洗のための水を使用する際、
従来は、飲料水を水洗便所の水洗のために使用してき
た。それ故に、水洗便所の水洗のために使用される飲料
水の量は、毎回、多量に使用されるので、その毎回、多
量に使用される水を、そのまま、捨てることなく、中間
貯留槽に貯留して、再度、中間貯留槽に貯留した水を、
水洗便所の水洗のために再利用することを本発明の第一
の目的とする。また、本発明は、中間貯留槽の内部に水
質改善装置を配設して、水洗便所の水洗のために再利用
する水を改質水にして供給することを第二の目的とす
る。また、本発明は、中間貯留槽とは別に水質改善装置
を配設して、水洗便所の水洗のために再利用する水の水
質改善を強化して、強力な改質水にして供給することを
第三の目的とする。また、本発明は、水洗便所の下流側
の最初の水質改善装置に乾燥へちまの繊維層と遠赤外線
放射セラミック層を配設して、水質改善を、さらに、強
化して、強力な改質水にして供給することを第四の目的
とする。また、本発明は、水洗便所の下流側の最初の水
質改善装置に乾燥へちまの繊維層と遠赤外線放射セラミ
ック層を配設し、それらの乾燥へちまの繊維層と遠赤外
線放射セラミック層の各層の間に仕切り壁を配設し、そ
れらの仕切り壁の上部の一つ飛び毎に、オーバーフロー
させ得る仕切り壁を配設し、その次に、仕切り壁の下部
に潜り抜ける開口部を形成し、水質改善をする必要のあ
る水洗便所の排水の流速を減速させて滞留時間を延長さ
せて、水質改善装置による水洗便所の水洗のために再利
用する水の改質のために必要な時間を十分かけて、確実
に改質し、その改質水を水洗便所に供給することを第五
の目的とする。また、本発明は、中間貯留槽と水洗便所
の下流側の水質改善装置に遠赤外線放射セラミック層を
内蔵して、有効微生物の働きを十分機能させ得るために
遠赤外線放射セラミック層に加えて複層の乾燥へちまの
繊維層を配設し、水質改善装置で、十分、確実に改質し
て、その改質水を水洗便所に供給することにより循環的
に使用し得ることを第六の目的とする。また、本発明
は、水洗便所の下流側の最初の水質改善装置の中心軸を
水平方向にして、縦断面が円形の中空円筒体にして、前
記水質改善装置の内部構造を外部から守り得るとともに
強度上でも優れており、その施工も容易であることを第
七の目的とする。また、本発明は、水洗便所と有効微生
物による水質改善装置と有効微生物処理を可能とする中
間貯留槽を管路で連結して、水洗便所で使用した水と糞
尿が混合された排水を有効微生物との接触による前記水
質改善装置に供給し、その水質改善装置により水質改善
をして、再び、前記水洗便所に水質改善をした改質水を
供給して、循環して、幾度でも、前記水洗便所に改質水
を供給し得るようにし、前記水質改善装置の前端部位置
に遠赤外線放射セラミック層を配設し、前記水質改善装
置の後端部位置に遠赤外線放射セラミック層を配設し、
前記水質改善装置の前端部位置と前記水質改善装置の後
端部位置との間に、数層の植物の乾燥へちまの繊維層を
介在し、遠赤外線放射セラミック層の間の数層の乾燥へ
ちまの繊維層の部分で、有効微生物を増殖させて、水洗
便所で使用した水と糞尿が混合された排水を処理して、
水質改善を可能にした水洗便所の水の水質改善システム
を提供することを第八の目的とする。また、本発明は、
水洗便所と有効微生物による水質改善装置と有効微生物
処理を可能とする中間貯留槽を管路で連結して、水洗便
所で使用した水と糞尿が混合された排水を有効微生物と
の接触による前記水質改善装置に供給し、その水質改善
装置により水質改善をして、再び、前記水洗便所に水質
改善をした改質水を供給して、循環して、幾度でも、前
記水洗便所に改質水を供給し得るようにし、前記水質改
善装置には、へちま層と遠赤外線放射セラミック層を配
設し、それらのへちま層と遠赤外線放射セラミック層の
間に隔壁を形成し、水洗便所で使用した水と糞尿を混合
させた排水を有効微生物に接触させ得るように、少なく
とも、隔壁の上方或いは下方を開放して、処理のための
排水が、最も長い軌跡を取りながら、移動し得る水洗便
所の水の水質改善システムを提供することを第九の目的
とする。また、本発明は、その水質改善装置の遠赤外線
放射セラミック層の前後二つの遠赤外線放射セラミック
層の前部位置の遠赤外線放射セラミック層を水洗便所か
らの導入管の開口部の下方後部に位置させた開口部を有
する隔壁即ち仕切り壁の背後に遠赤外線放射セラミック
層を収容した開口部を有する仕切り部屋を有し、前後二
つの遠赤外線放射セラミック層の後部位置の遠赤外線放
射セラミック層を循環ポンプの手前位置に配設した仕切
り部屋に形成する水洗便所の水の水質改善システムを提
供することを第十の目的とする。Therefore, when using water for flushing in a flush toilet, which is used in a relatively large amount,
Traditionally, drinking water has been used for flushing toilets. Therefore, the amount of drinking water used for flushing in the flush toilet is used in large amounts each time, so each time, a large amount of water is stored in the intermediate storage tank without being discarded. And again, the water stored in the intermediate storage tank,
The first object of the present invention is to reuse the toilet for flushing. A second object of the present invention is to dispose a water quality improving device inside the intermediate storage tank and supply the reformed water to be reused for washing in the flush toilet. Further, in the present invention, a water quality improving device is provided separately from the intermediate storage tank to enhance the water quality improvement of the water reused for flushing in the flush toilet, and supply it as strong reformed water. Is the third purpose. In addition, the present invention is to arrange a fiber layer of the dry hemima and a far infrared radiation ceramic layer in the first water quality improving device on the downstream side of the flush toilet to further enhance the water quality and to provide a strong reformed water. The fourth purpose is to supply as. Further, the present invention, the first water quality improving device on the downstream side of the flush toilet is provided with a fiber layer of a dry haemaha and a far-infrared radiation ceramic layer, and each of the fiber layer and a far-infrared radiation ceramic layer of the dried haemoma is provided. A partition wall is placed between them, and a partition wall that can overflow is placed at each jump of the upper part of the partition wall, and then an opening through which the partition wall penetrates is formed, Decrease the flow rate of the wastewater from the flush toilet that needs to be improved to extend the residence time, and allow sufficient time for reforming the water reused for flushing the flush toilet with the water quality improvement device. The fifth object is to surely reform and supply the reformed water to the flush toilet. The present invention also incorporates a far-infrared radiation ceramic layer in the water quality improvement device on the downstream side of the intermediate storage tank and the flush toilet, and in addition to the far-infrared radiation ceramic layer in order to allow the function of effective microorganisms to fully function. A sixth object of the present invention is to arrange a fiber layer of a dried layer and to sufficiently and surely reform it with a water quality improving device, and to supply the reformed water to a flush toilet for cyclic use. And Further, the present invention, the central axis of the first water quality improving device on the downstream side of the flush toilet is horizontal, and is a hollow cylindrical body having a circular vertical section, and the internal structure of the water quality improving device can be protected from the outside. The seventh purpose is to have excellent strength and easy construction. Further, the present invention, a flush toilet and a water quality improving device with effective microorganisms and an intermediate storage tank that enables effective microorganism treatment are connected by a pipeline, and the waste water used in the flush toilet is mixed with waste water to be effective microorganisms. It is supplied to the water quality improving device by contact with the water quality improving device, the water quality improving device improves the water quality again, and the reforming water with the improved water quality is again supplied to the flush toilet, and the water is circulated as many times as possible to wash the water. A reformed water can be supplied to a toilet, a far infrared radiation ceramic layer is provided at the front end position of the water quality improving device, and a far infrared radiation ceramic layer is provided at the rear end position of the water quality improving device. ,
Between the front end position of the water quality improving device and the rear end position of the water quality improving device, a fiber layer of several layers of plant drying hump is interposed, and several layers of drying infrared rays between the far infrared radiation ceramic layers are used. In the part of the fiber layer of, the effective microorganisms are proliferated, and the wastewater in which the water and the manure used in the flush toilet are mixed is treated,
An eighth object is to provide a water quality improvement system for flush toilets that enables water quality improvement. Also, the present invention
By connecting a flush toilet, a water quality improvement device with effective microorganisms, and an intermediate storage tank that enables effective microorganism treatment with a pipeline, the waste water used in the flush toilet is mixed with the effective microorganisms to produce the above-mentioned water quality. The improved water is supplied to the water improvement device, the water quality is improved by the water quality improvement device, and the reformed water with the improved water quality is supplied again to the flush toilet, which is circulated, and the reformed water is repeatedly supplied to the flush toilet. The water quality improving device is provided with a hemima layer and a far-infrared radiating ceramic layer, and a partition wall is formed between the hemima layer and the far-infrared radiating ceramic layer. In order to allow the wastewater mixed with urine and manure to come into contact with effective microorganisms, at least the upper or lower part of the partition wall is opened, and the wastewater for treatment can move while taking the longest trajectory. Water quality improvement To provide a stem and ninth purposes. Further, the present invention provides a far-infrared radiation ceramic layer at the front position of two far-infrared radiation ceramic layers before and after the far-infrared radiation ceramic layer of the water quality improving device, located at the lower rear portion of the opening of the introduction pipe from the flush toilet. There is a partition room having an opening containing a far infrared radiation ceramic layer behind the partition wall having the opened opening, that is, a partition wall, and circulating the far infrared radiation ceramic layer at the rear position of the front and rear two far infrared radiation ceramic layers. A tenth object of the present invention is to provide a water quality improving system for a flush toilet formed in a partition room arranged in front of the pump.
【０００４】[0004]
【課題を解決するための手段】本発明は、水洗便所と有
効微生物により水質改善する水質改善装置と有効微生物
処理を可能とする中間貯留槽を連結し、水洗便所で使用
した水と糞尿とを混合した排水を有効微生物に接触させ
て前記水質改善装置に供給し、その水質改善装置により
水質改善をして、有効微生物処理を可能とする中間貯留
槽を介して再び、前記水洗便所に水質改善をした改質水
を供給して、前記水洗便所に改質水を供給し得る水洗便
所の水の水質改善システムである。Means for Solving the Problems The present invention connects a flush toilet, a water quality improving device for improving water quality with effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms to connect water and excrement used in the flush toilet. The mixed wastewater is brought into contact with effective microorganisms and supplied to the water quality improvement device, and the water quality improvement device improves the water quality, and again through the intermediate storage tank that enables effective microorganism treatment, the water quality is improved again in the flush toilet. It is a water quality improvement system for flush toilets, which can supply the reformed water to the flush toilets.
【０００５】[0005]
【作用】本発明は、水洗便所と有効微生物により水質改
善する水質改善装置と有効微生物処理を可能とする中間
貯留槽を連結し、水洗便所で使用した水と糞尿とを混合
した排水を有効微生物に接触させて前記水質改善装置に
供給し、その水質改善装置により水質改善をして、有効
微生物処理を可能とする中間貯留槽を介して再び、前記
水洗便所に水質改善をした改質水を供給して、前記水洗
便所に改質水を供給し得る水洗便所の水の水質改善シス
テムであるから、水洗便所と有効微生物により水質改善
する水質改善装置と有効微生物処理を可能とする中間貯
留槽を連結していることにより、使用する水を外部に出
さない状態を維持しながら、水洗便所で使用した水を、
まず、水洗便所の下流側の有効微生物により水質改善す
る水質改善装置で水質の改質処理をして、次に、その水
質改善装置の下流側の有効微生物処理を可能とする中間
貯留槽に改質水を供給し、そこで、一旦、その中間貯留
槽に改質水を貯留して、水洗便所の使用時に、所望量の
改質水を、確実に、タイミングを合わせて、水洗便所の
容器の中に供給し得る。そして、水質改善装置を有効微
生物による水質改善を可能にした水質改善装置を使用し
て、水洗便所で使用した水と糞尿が混合された排水を有
効微生物との接触により水質改善を可能にし得る前記水
質改善装置に供給し、その水質改善装置により確実に水
質改善をして、次に、中間貯留槽を介して、再び、前記
水洗便所に水質改善をした改質水を供給して、水洗便所
を使用する度に、水洗便所に改質水を供給し得るように
して、改質水を循環させながら、水質改善装置に収容し
た有効微生物の働きで、水洗便所で使用した水に糞尿が
混合して、排水されたものが、その排水に含まれる糞尿
と有効微生物との接触により、水洗便所からの排水を水
質改善装置の中で水質改善を確実になし得る。そして、
本発明が水洗便所からの排水に含まれている糞尿を水質
改善装置に収容した有効微生物の働きで、有機分解をし
て水質改善し得るようにした水洗便所の水の水質改善シ
ステムであるから、有効微生物による水質改善装置の機
能を十分発揮させることにより、繰り返し循環的に、水
洗便所で使用した水に混合された糞尿を、水質改善装置
に収容された有効微生物に接触させることにより、水洗
便所からの排水の水質改善を継続的になし得る。そこ
で、水洗便所で使用する水を水質改善した状態で中間貯
留槽に、常に、貯留し得るので、繰り返し循環的に水洗
便所で使用するための水を中間貯留槽から水洗便所に供
給し得る。According to the present invention, a flush toilet, a water quality improving device for improving water quality by effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected to each other, and waste water mixed with water and feces used in the flush toilet is used as effective microorganisms. And supplied to the water quality improving device to improve the water quality by the water quality improving device, and again through the intermediate storage tank that enables effective microbial treatment, the reformed water with improved water quality to the flush toilet. Since it is a water quality improving system for a flush toilet that can supply and supply reforming water to the flush toilet, a water quality improving device for improving the water quality by the flush toilet and effective microorganisms, and an intermediate storage tank that enables effective microorganism treatment By connecting the, the water used in the flush toilet is maintained while maintaining the state that the water used is not exposed to the outside.
First, a water quality improvement device that improves the water quality by effective microorganisms on the downstream side of the flush toilet is used to reform the water quality, and then an intermediate storage tank that enables effective microorganism treatment on the downstream side of the water quality improvement device is modified. Quality water is supplied, and once the reformed water is stored in the intermediate storage tank, a desired amount of reformed water can be reliably and accurately timed when the flush toilet is used. Can be supplied inside. And, by using the water quality improving device that enables the water quality improving device to improve the water quality by the effective microorganisms, it is possible to improve the water quality by contacting the effective waste water with the waste water in which the feces and urine used in the flush toilet are mixed. It is supplied to the water quality improving device, and the water quality improving device is used to surely improve the water quality, and then the modified water with the improved water quality is supplied again to the flush toilet via the intermediate storage tank to wash the flush toilet. Each time it is used, the modified water can be supplied to the flush toilet, and while the reformed water is circulated, the effective microorganisms stored in the water quality improving device work to mix the manure with the water used in the flush toilet. Then, the discharged water can surely improve the water quality of the waste water from the flush toilet in the water quality improving device by contact between the excrement contained in the waste water and the effective microorganisms. And
Since the present invention is a system for improving the quality of water in a flush toilet, which is capable of improving the water quality by organic decomposition by the action of effective microorganisms containing feces and urine contained in the wastewater from the flush toilet in a water quality improving device. , By fully exerting the function of the water quality improving device by effective microorganisms, the human waste mixed with the water used in the flush toilet is repeatedly and cyclically contacted with the effective microorganisms stored in the water quality improving device to wash the water. It is possible to continuously improve the quality of wastewater from the toilet. Therefore, the water used in the flush toilet can always be stored in the intermediate storage tank in a state where the water quality has been improved, so that the water for use in the flush toilet can be repeatedly and repeatedly supplied from the intermediate storage tank to the flush toilet.
【０００６】[0006]
【実施例１】本発明は、水洗便所と有効微生物による水
質改善装置と中間貯留槽を管路で連結して、水洗便所で
使用した水と糞尿が混合された排水を有効微生物との接
触による前記水質改善装置に供給し、その水質改善装置
により水質改善をして、再び、前記水洗便所に水質改善
をした改質水を供給して、循環して、幾度でも、前記水
洗便所に改質水を供給し得るようにし、前記水質改善装
置の前部位置と後部位置に遠赤外線放射セラミック層を
配設し、その水質改善装置の前部位置と後部位置の遠赤
外線放射セラミック層の間に上下方向に張設し、前後方
向に複層のへちまの層を直列的に配設し、前記遠赤外線
放射セラミック層の前後二つの遠赤外線放射セラミック
層の前部位置の遠赤外線放射セラミック層を前記水洗便
所からの導入管の入口部の下流側に位置させ、前記遠赤
外線放射セラミック層の後部位置の遠赤外線放射セラミ
ック層を循環ポンプの手前位置に配設した水洗便所の水
の水質改善システムである。Example 1 In the present invention, a flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank are connected by a pipeline, and the waste water used in the flush toilet is mixed with the effective microorganisms. Supply to the water quality improving device, improve the water quality by the water quality improving device, supply the reforming water with improved water quality to the flush toilet again, circulate, and recycle to the flush toilet any number of times. Water can be supplied, far infrared radiation ceramic layers are disposed at the front and rear positions of the water quality improving device, and between the far infrared radiation ceramic layers at the front and rear positions of the water quality improving device. Stretched in the up-down direction, the layers of the multi-layered hemima are arranged in series in the front-rear direction, and the far-infrared radiation ceramic layers at the front position of the two far-infrared radiation ceramic layers before and after the far-infrared radiation ceramic layer. Of the introduction pipe from the flush toilet Is located downstream of the mouth portion, said a far-infrared emitting ceramic layer quality improvement system of water flush toilets that the far infrared radiation ceramic layer of the rear position is disposed in front positions of the circulating pump.
【０００７】[0007]
【実施例２】本発明は、水洗便所と有効微生物による水
質改善装置と中間貯留槽を管路で連結して、水洗便所で
使用した水と糞尿が混合された排水を有効微生物との接
触による前記水質改善装置に供給し、その水質改善装置
により水質改善をして、再び、前記水洗便所に水質改善
をした改質水を供給して、循環して、幾度でも、前記水
洗便所に改質水を供給し得るようにし、前記水質改善装
置の遠赤外線放射セラミック層を形成する遠赤外線放射
セラミック粒子を収容した遠赤外線放射セラミック層を
縦方向に収容し、下方に排水流入口を設け、上方に排水
流出口を設けてなる水洗便所の水の水質改善システムで
ある。Example 2 In the present invention, a flush toilet, a water quality improving device using effective microorganisms and an intermediate storage tank are connected by a pipeline, and the waste water used in the flush toilet is mixed with the effective microorganisms. Supply to the water quality improving device, improve the water quality by the water quality improving device, supply the reforming water with improved water quality to the flush toilet again, circulate, and recycle to the flush toilet any number of times. A far-infrared emitting ceramic layer containing far-infrared emitting ceramic particles forming the far-infrared emitting ceramic layer of the water quality improving device is housed in the longitudinal direction, a drainage inlet is provided below, and an upper part is provided. This is a system for improving the water quality of flush toilets by providing a drainage outlet at.
【０００８】[0008]
【実施例３】本発明は、水洗便所と有効微生物による水
質改善装置と中間貯留槽を管路で連結して、水洗便所で
使用した水と糞尿が混合された排水を有効微生物との接
触による前記水質改善装置に供給し、その水質改善装置
により水質改善をして、再び、前記水洗便所に水質改善
をした改質水を供給して、循環して、幾度でも、前記水
洗便所に改質水を供給し得るようにし、前記水質改善装
置の遠赤外線放射セラミック層を形成する遠赤外線放射
セラミック粒子をステンレス鋼製篭に収容し、そのステ
ンレス鋼製篭を垂下棒により垂下して、その上部の人穴
からステンレス鋼製篭を垂下したり、取り出し得る水洗
便所の水の水質改善システムである。Example 3 In the present invention, a flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank are connected by a pipeline, and the waste water mixed with water and feces used in the flush toilet is contacted with effective microorganisms. Supply to the water quality improving device, improve the water quality by the water quality improving device, supply the reforming water with improved water quality to the flush toilet again, circulate, and recycle to the flush toilet any number of times. It is possible to supply water, the far infrared radiation ceramic particles forming the far infrared radiation ceramic layer of the water quality improving device is housed in a stainless steel basket, the stainless steel basket is hung by a hanging rod, and its upper part. It is a water quality improvement system of the flush toilet where you can hang or take out the stainless steel basket from the human hole.
【０００９】[0009]
【実施例４】本発明は、水洗便所と有効微生物による水
質改善装置と中間貯留槽を管路で連結して、水洗便所で
使用した水と糞尿が混合された排水を有効微生物との接
触による前記水質改善装置に供給し、その水質改善装置
により水質改善をして、再び、前記水洗便所に水質改善
をした改質水を供給して、循環して、幾度でも、前記水
洗便所に改質水を供給し得るようにし、前記水質改善装
置を中心軸を水平方向にして、縦断面が円形の中空円筒
体にし、その中空円筒体の下の基礎体の位置からワイヤ
を介して前記中空円筒体の周囲に巻回させて前記中空円
筒体をその基礎体に固定し得るようにした水洗便所の水
の水質改善システムである。Example 4 In the present invention, a flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank are connected by a pipeline, and the waste water used in the flush toilet is mixed with effective microorganisms. Supply to the water quality improving device, improve the water quality by the water quality improving device, supply the reforming water with improved water quality to the flush toilet again, circulate, and recycle to the flush toilet any number of times. Water can be supplied, and the water quality improving device has a central axis in the horizontal direction to form a hollow cylindrical body having a circular vertical section, and the hollow cylinder is inserted from a position of a base body under the hollow cylindrical body through a wire. A water quality improving system for a flush toilet, which is wound around a body so that the hollow cylindrical body can be fixed to the base body.
【００１０】[0010]
【実施例５】本発明は、水洗便所と有効微生物による水
質改善装置と中間貯留槽を管路で連結して、水洗便所で
使用した水と糞尿が混合された排水を有効微生物との接
触による前記水質改善装置に供給し、その水質改善装置
により水質改善をして、再び、前記水洗便所に水質改善
をした改質水を供給して、循環して、幾度でも、前記水
洗便所に改質水を供給し得るようにし、前記水質改善装
置により水質改善をし、循環して、前記水洗便所に改質
水を供給し得るようにし、前記中間貯留槽の中に有効微
生物を活性化させる遠赤外線放射セラミックによる水質
改善装置を内蔵した有効微生物投入タンクを設けた水洗
便所の水の水質改善システムである。[Embodiment 5] According to the present invention, a flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank are connected by a pipe line, and the waste water used in the flush toilet is mixed with effective microorganisms. Supply to the water quality improving device, improve the water quality by the water quality improving device, supply the reforming water with improved water quality to the flush toilet again, circulate, and recycle to the flush toilet any number of times. Water can be supplied, the water quality can be improved by the water quality improving device, and the water can be circulated so that the reforming water can be supplied to the flush toilet and the effective microorganisms are activated in the intermediate storage tank. This is a water quality improvement system for flush toilets equipped with an effective microorganisms input tank that incorporates a water quality improvement device using infrared radiation ceramics.
【００１１】[0011]
【実施例６】本発明は、水洗便所と有効微生物による水
質改善装置と中間貯留槽を管路で連結して、水洗便所で
使用した水と糞尿が混合された排水を有効微生物との接
触による前記水質改善装置に供給し、その水質改善装置
により水質改善をして、再び、前記水洗便所に水質改善
をした改質水を供給して、循環して、前記水洗便所に改
質水を供給し得るようにし、前記水質改善装置の前部位
置と後部位置に共に遠赤外線放射セラミック層を配設し
水洗便所の水の水質改善システムである。[Embodiment 6] According to the present invention, a flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank are connected by a pipeline, and the waste water mixed with water and feces used in the flush toilet is contacted with effective microorganisms. Supply to the water quality improving device, improve the water quality by the water quality improving device, supply again the reformed water with improved water quality to the flush toilet, circulate and supply the reformed water to the flush toilet Therefore, the far-infrared emitting ceramic layers are disposed at both the front and rear positions of the water quality improving device to provide a water quality improving system for a flush toilet.
【００１２】[0012]
【効果】本発明は、水洗便所と有効微生物により水質改
善する水質改善装置と有効微生物処理を可能とする中間
貯留槽を連結し、水洗便所で使用した水と糞尿とを混合
した排水を有効微生物に接触させて前記水質改善装置に
供給し、その水質改善装置により水質改善をして、有効
微生物処理を可能とする中間貯留槽を介して再び、前記
水洗便所に水質改善をした改質水を供給して、前記水洗
便所に改質水を供給し得る水洗便所の水の水質改善シス
テムであるから、水洗便所と有効微生物により水質改善
する水質改善装置と有効微生物処理を可能とする中間貯
留槽を連結していることにより、使用する水を外部に出
さない状態を維持しながら、水洗便所で使用した水を、
まず、水洗便所の下流側の有効微生物により水質改善す
る水質改善装置で水質の改質処理をして、次に、その水
質改善装置の下流側の有効微生物処理を可能とする中間
貯留槽に改質水を供給し、そこで、一旦、その中間貯留
槽に改質水を貯留して、水洗便所の使用時に、所望量の
改質水を、確実に、タイミングを合わせて、水洗便所の
容器の中に供給し得る効果がある。そして、水質改善装
置を有効微生物による水質改善を可能にした水質改善装
置を使用して、水洗便所で使用した水と糞尿が混合され
た排水を有効微生物との接触により水質改善を可能にし
得る前記水質改善装置に供給し、その水質改善装置によ
り確実に水質改善をして、次に、中間貯留槽を介して、
再び、前記水洗便所に水質改善をした改質水を供給し
て、水洗便所を使用する度に、水洗便所に改質水を供給
し得るようにして、改質水を循環させながら、水質改善
装置に収容した有効微生物の働きで、水洗便所で使用し
た水に糞尿が混合して、排水されたものが、その排水に
含まれる糞尿と有効微生物との接触により、水洗便所か
らの排水を水質改善装置の中で水質改善を確実になし得
る効果がある。そして、本発明が水洗便所からの排水に
含まれている糞尿を水質改善装置に収容した有効微生物
の働きで、有機分解をして水質改善し得るようにした水
洗便所の水の水質改善システムであるから、有効微生物
による水質改善装置の機能を十分発揮させることによ
り、繰り返し循環的に、水洗便所で使用した水に混合さ
れた糞尿を、水質改善装置に収容された有効微生物に接
触させることにより、水洗便所からの排水の水質改善を
継続的になし得る。そこで、水洗便所で使用する水を水
質改善した状態で中間貯留槽に、常に、貯留し得るの
で、繰り返し循環的に水洗便所で使用するための水を中
間貯留槽から水洗便所に供給し得る効果がある。[Effect] The present invention connects a flush toilet, a water quality improving device for improving water quality with effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms, and the waste water used in the flush toilet is mixed with water and excrement for effective microorganisms. And supplied to the water quality improving device to improve the water quality by the water quality improving device, and again through the intermediate storage tank that enables effective microbial treatment, the reformed water with improved water quality to the flush toilet. Since it is a water quality improving system for a flush toilet that can supply and supply reforming water to the flush toilet, a water quality improving device for improving the water quality by the flush toilet and effective microorganisms, and an intermediate storage tank that enables effective microorganism treatment By connecting the, the water used in the flush toilet is maintained while maintaining the state that the water used is not exposed to the outside.
First, a water quality improvement device that improves the water quality by effective microorganisms on the downstream side of the flush toilet is used to reform the water quality, and then an intermediate storage tank that enables effective microorganism treatment on the downstream side of the water quality improvement device is modified. Quality water is supplied, and once the reformed water is stored in the intermediate storage tank, a desired amount of reformed water can be reliably and accurately timed when the flush toilet is used. There is an effect that can be supplied inside. And, by using the water quality improving device that enables the water quality improving device to improve the water quality by the effective microorganisms, it is possible to improve the water quality by contacting the effective waste water with the waste water in which the feces and urine used in the flush toilet are mixed. It is supplied to the water quality improving device, and the water quality improving device surely improves the water quality, and then, through the intermediate storage tank,
Once again, the reformed water with improved water quality is supplied to the flush toilet so that each time the flush toilet is used, the reformed water can be supplied to the flush toilet while improving the water quality while circulating the reformed water. Due to the action of the effective microorganisms stored in the equipment, the manure and urine mixed in the water used in the flush toilet were drained. There is an effect that water quality can be surely improved in the improvement device. The present invention is a system for improving the quality of water in a flush toilet, which is capable of improving the quality of water by organic decomposition by the action of the effective microorganisms that contain feces and urine contained in the wastewater from the flush toilet in the water quality improving device. Therefore, by fully exerting the function of the water quality improving device with effective microorganisms, by repeatedly circulating the feces and urine mixed with the water used in the flush toilet in contact with the effective microorganisms stored in the water quality improving device. , It is possible to continuously improve the quality of wastewater from flush toilets. Therefore, the water used in the flush toilet can always be stored in the intermediate storage tank with the water quality improved, so that the water for repeated use in the flush toilet can be repeatedly supplied from the intermediate storage tank to the flush toilet. There is.
【図１】本発明の水洗便所の水の水質改善システムの実
施例の流体回路図である。FIG. 1 is a fluid circuit diagram of an embodiment of a water quality improvement system for a flush toilet according to the present invention.
【図２】図１に示された本発明の水洗便所の水の水質改
善システムの要部である水質改善装置の中の構造を分か
り易くするため、上部部分を外して平面図で示した内部
構造図である。FIG. 2 is an internal view shown in a plan view with an upper portion removed to make it easy to understand the structure of the water quality improving device which is a main part of the water quality improving system for the flush toilet of the present invention shown in FIG. It is a structural drawing.
【図３】図１に示された本発明の水洗便所の水の水質改
善システムの要部である水質改善装置の中の構造を分か
り易くするため、縦断面図で示した内部構造図である。FIG. 3 is an internal structural view shown in a vertical cross-sectional view in order to make the structure in the water quality improving device, which is a main part of the water quality improving system of the flush toilet of the present invention shown in FIG. 1, easy to understand. .
【図４】図１に示された本発明の水洗便所の水の水質改
善システムの要部である図２と図３に示された水質改善
装置のヒーターがある部分の横断面図である。FIG. 4 is a cross-sectional view of a portion of the water quality improvement system of the flush toilet according to the present invention shown in FIG. 1, which is a main part of the water quality improvement apparatus shown in FIGS.
【図５】図１に示された本発明の水洗便所の水の水質改
善システムの要部である図２と図３に示された水質改善
装置のマンホールがある部分の横断面図である。5 is a cross-sectional view of a portion of the water quality improvement system of the flush toilet according to the present invention shown in FIG. 1, which is a main part of the water quality improvement device shown in FIGS.
１ 散水用蛇口 ２ 便所床洗
浄用放水口 ３ 便所床排水口 ４ 小便用便
器 ５ 大便用便器 ６ 中間貯留
槽 ７ 有効微生物投入タンク ８ エアレー
ションタンク ９ 水質改善装置の円筒型タンク １０ 洗顔およ
び手洗器 １１ ブロア １２ 導入管の
開口部 １３ 水中ポンプ １４ 導入管 １５ 乾燥へちまの繊維層 １６ 前方の遠
赤外線放射セラミック層 １７ マンホール １８ 後方の遠
赤外線放射セラミック層 １９ マンホール ２０ 第一の仕
切り壁 ２１ マンホール ２２ 第二の仕
切り壁 ２３ 第三の仕切り壁 ２４ 第四の仕
切り壁 ２５ 最前部の隔壁 ２６ 最後部の
隔壁 ２７ 水中ポンプからの揚水管 ２８ 水中ポン
プ ２９ マンホールの蓋 ３０ マンホー
ルの蓋 ３１ マンホールの蓋 ３２ ヒーター ３３ ヒーターの一方の上端部 ３４ ヒーター
の他方の上端部 ３５ オーバーフロー管 ３６ 最前部の
隔壁の下部開口部 ３７ 最後部隔壁のオーバーフロー部 ３８ 第一仕切
り壁のオーバーフロー部 ３９ 第二の仕切り壁の下部開口部 ４０ 第三仕切
り壁のオーバーフロー部 ４１ 第四の仕切り壁の下部開口部 ４２ 円筒型タ
ンク固定用ワイヤ ４３ 水質改善装置のタンクの液面1 Water spout 2 Water outlet for toilet floor cleaning 3 Toilet floor drain 4 Toilet bowl 5 Toilet bowl 6 Intermediate storage tank 7 Effective microorganism input tank 8 Aeration tank 9 Cylindrical tank for water quality improvement device 10 Face-wash and hand-washer 11 Blower 12 Opening of inlet pipe 13 Submersible pump 14 Inlet pipe 15 Fiber layer of dried hazel 16 Front far infrared radiation ceramic layer 17 Manhole 18 Rear far infrared radiation ceramic layer 19 Manhole 20 First partition wall 21 Manhole 22 Second Partition wall 23 Third partition wall 24 Fourth partition wall 25 Frontmost partition wall 26 Last partition wall 27 Pumping pipe from submersible pump 28 Submersible pump 29 Manhole cover 30 Manhole cover 31 Manhole cover 32 Heater 33 One upper end of the heater 34 The other upper end of the heater 5 Overflow pipe 36 Lower part opening of partition wall at the forefront 37 Overflow part of last partition wall 38 Overflow part of first partition wall 39 Lower opening part of second partition wall 40 Overflow part of third partition wall 41 Fourth partition wall Lower opening of wall 42 Wire for fixing cylindrical tank 43 Liquid level of tank of water quality improvement device
Claims (20)
水質改善装置と有効微生物処理を可能とする中間貯留槽
を連結し、水洗便所で使用した水と糞尿とを混合した排
水を有効微生物に接触させて前記水質改善装置に供給
し、その水質改善装置により水質改善をして、有効微生
物処理を可能とする中間貯留槽を介して再び、前記水洗
便所に水質改善をした改質水を供給して、前記水洗便所
に改質水を供給し得る水洗便所の水の水質改善システ
ム。1. A flush toilet, a water quality improving device for improving water quality by effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected to each other, and waste water mixed with water and feces used in the flush toilet is contacted with the effective microorganisms. Then, the water quality improvement device is supplied, the water quality improvement device improves the water quality, and the modified water having the improved water quality is supplied again to the flush toilet via an intermediate storage tank that enables effective microbial treatment. And a water quality improvement system for flush toilets, which is capable of supplying reforming water to the flush toilets.
と有効微生物処理を可能とする中間貯留槽を管路で連結
して、水洗便所で使用した水と糞尿が混合された排水を
有効微生物との接触による前記水質改善装置に供給し、
その水質改善装置により水質改善をして、再び、前記水
洗便所に水質改善をした改質水を供給し、循環し、幾度
でも、前記水洗便所に改質水を供給し得る請求項１記載
の水洗便所の水の水質改善システム。2. A flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipeline, and the waste water used in the flush toilet mixed with manure is used as effective microorganisms. Supply to the water quality improvement device by contact of
2. The water quality improving device is used to improve the water quality, and the reforming water with the improved water quality is supplied again to the flush toilet, which is circulated, and the reforming water can be supplied to the flush toilet any number of times. Water quality improvement system for flush toilets.
善装置と有効微生物処理を可能とする中間貯留槽を管路
で連結して、複数の水洗便所で使用した水と糞尿が混合
された排水を有効微生物との接触による前記水質改善装
置に供給し、その水質改善装置により水質改善をして、
再び、前記水洗便所に水質改善をした改質水を供給し
て、循環して、幾度でも、前記水洗便所に改質水を供給
し得る請求項１記載の水洗便所の水の水質改善システ
ム。3. Drainage in which water and manure used in a plurality of flush toilets are mixed by connecting a plurality of flush toilets, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating the effective microorganisms with a pipeline. Is supplied to the water quality improving device by contact with effective microorganisms to improve the water quality by the water quality improving device,
2. The water quality improvement system for flush toilets according to claim 1, wherein reformed water with improved water quality is supplied to the flush toilet again and circulated so that the reformed water can be supplied to the flush toilet any number of times.
と有効微生物による水質改善装置と有効微生物処理を可
能とする中間貯留槽を管路で連結して、複数の水洗便所
で使用した水と糞尿が混合された排水を有効微生物との
接触による前記水質改善装置に供給し、その水質改善装
置により水質改善をして、再び、前記水洗便所に水質改
善をした改質水を供給して、循環して、幾度でも、前記
水洗便所に改質水を供給し得る請求項１記載の水洗便所
の水の水質改善システム。4. Water used in a plurality of flush toilets by connecting a plurality of flush toilets connected by parallel pipelines, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms by pipelines. The wastewater in which the manure and manure are mixed is supplied to the water quality improving device by contact with effective microorganisms, the water quality improving device improves the water quality, and again, the modified water with the improved water quality is supplied to the flush toilet. The water quality improvement system for a flush toilet according to claim 1, wherein the reforming water can be circulated to supply the reforming water to the flush toilet any number of times.
と有効微生物による複数の水質改善装置と有効微生物処
理を可能とする中間貯留槽を管路で連結して、複数の水
洗便所で使用した水と糞尿が混合された排水を有効微生
物との接触による前記水質改善装置に供給し、その水質
改善装置により水質改善をして、再び、前記水洗便所に
水質改善をした改質水を供給して、循環して、幾度で
も、前記水洗便所に改質水を供給し得る請求項１記載の
水洗便所の水の水質改善システム。5. Use in a plurality of flush toilets by connecting a plurality of flush toilets connected by parallel pipelines, a plurality of water quality improvement devices with effective microorganisms, and an intermediate storage tank enabling effective microorganism treatment by pipelines The wastewater containing the mixed water and manure is supplied to the water quality improving device by contact with effective microorganisms, the water quality improving device improves the water quality, and the reformed water with improved water quality is again supplied to the flush toilet. The water quality improving system for a flush toilet according to claim 1, wherein the reforming water can be circulated and supplied to the flush toilet any number of times.
物による水質改善装置と有効微生物処理を可能とする中
間貯留槽を管路で連結して、水洗便所で使用した水と糞
尿が混合された排水を有効微生物との接触による前記水
質改善装置に供給し、その水質改善装置により水質改善
をして、再び、前記水洗便所に水質改善をした改質水を
供給して、循環して、幾度でも、前記水洗便所に改質水
を供給し得るようにした請求項１記載の水洗便所の水の
水質改善システム。6. A flush toilet, an aeration device, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipe line so that waste water used in the flush toilet is mixed with manure. Supply to the water quality improving device by contact with effective microorganisms, improve the water quality by the water quality improving device, again, supply the reformed water with improved water quality to the flush toilet, circulate, many times, 2. The water quality improvement system for a flush toilet according to claim 1, wherein reforming water can be supplied to the flush toilet.
水質改善装置との間に介在したエアレーション装置と有
効微生物による前記水質改善装置と有効微生物処理を可
能とする中間貯留槽を管路で連結して、複数の水洗便所
で使用した水と糞尿が混合された排水を有効微生物との
接触による前記水質改善装置に供給し、その水質改善装
置により水質改善をして、再び、前記水洗便所に水質改
善をした改質水を供給して、循環して、幾度でも、前記
水洗便所に改質水を供給し得るようにした請求項１記載
の水洗便所の水の水質改善システム。7. An aeration device in which a plurality of flush toilets and a septic tank are interposed between the flush toilet and the water quality improving device, the water quality improving device with effective microorganisms, and an intermediate storage tank which enables effective microorganism treatment in a pipeline. Connected, the wastewater used in a plurality of flush toilets is supplied to the water quality improving device by contact with effective microorganisms, the wastewater is mixed, the water quality is improved by the water quality improving device, and again the flush toilet 2. The water quality improvement system for a flush toilet according to claim 1, wherein the reformed water with improved water quality is supplied to and circulated so that the reformed water can be supplied to the flush toilet any number of times.
とエアレーション装置とヒーターを内蔵した有効微生物
による水質改善装置と有効微生物処理を可能とする中間
貯留槽を管路で連結して、並列管路により連結された複
数の水洗便所で使用した水と糞尿が混合された排水を有
効微生物との接触による前記水質改善装置に供給し、そ
の水質改善装置により水質改善をして、再び、前記水洗
便所に水質改善をした改質水を供給して、循環して、幾
度でも、前記水洗便所に改質水を供給し得るようにした
請求項１記載の水洗便所の水の水質改善システム。8. A plurality of flush toilets connected by parallel pipes, a water quality improving device with effective microorganisms having a built-in aeration device and a heater, and an intermediate storage tank capable of treating effective microorganisms are connected by pipes and arranged in parallel. The water used in a plurality of flush toilets connected by pipes and wastewater mixed with feces and urine are supplied to the water quality improving device by contact with effective microorganisms, the water quality improving device improves the water quality, and again, 2. The water quality improvement system for a flush toilet according to claim 1, wherein the reformed water with improved water quality is supplied to the flush toilet and circulated so that the reformed water can be supplied to the flush toilet any number of times.
クと有効微生物による水質改善装置と有効微生物処理を
可能とする中間貯留槽を管路で連結して、水洗便所で使
用した水と糞尿が混合された排水を有効微生物との接触
による前記水質改善装置に供給し、その水質改善装置に
より水質改善をして、再び、前記水洗便所に水質改善を
した改質水を供給して、循環して、幾度でも、前記水洗
便所に改質水を供給し得るようにした請求項１記載の水
洗便所の水の水質改善システム。9. A flush toilet, an aeration tank made of synthetic resin, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipeline to mix water and feces used in the flush toilet. The waste water is supplied to the water quality improving device by contact with effective microorganisms, the water quality improving device improves the water quality, and again, the modified water with the improved water quality is supplied to the flush toilet, and circulates. 2. The water quality improvement system for flush toilets according to claim 1, wherein reforming water can be supplied to the flush toilets any number of times.
ンクと有効微生物による合成樹脂製水質改善装置と有効
微生物処理を可能とする中間貯留槽を管路で連結して、
水洗便所で使用した水と糞尿が混合された排水を有効微
生物との接触による前記水質改善装置に供給し、その水
質改善装置により水質改善をして、再び、前記水洗便所
に水質改善をした改質水を供給して、循環して、幾度で
も、前記水洗便所に改質水を供給し得るようにした請求
項１記載の水洗便所の水の水質改善システム。10. A flush toilet, a synthetic resin aeration tank, a synthetic resin water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipe line,
The wastewater mixed with water and feces used in the flush toilet is supplied to the water quality improvement device by contact with effective microorganisms, the water quality improvement device improves the water quality, and the water flush toilet is improved again. 2. The water quality improvement system for a flush toilet according to claim 1, wherein the quality water is supplied and circulated so that the reforming water can be supplied to the flush toilet any number of times.
置と有効微生物処理を可能とする中間貯留槽を管路で連
結して、水洗便所で使用した水と糞尿が混合された排水
を有効微生物との接触による前記水質改善装置に供給
し、その水質改善装置により水質改善をして、再び、前
記水洗便所に水質改善をした改質水を供給して、循環し
て、幾度でも、前記水洗便所に改質水を供給し得るよう
にし、前記水洗便所からの管路の先端部を導入管とし
て、前記有効微生物による水質改善装置の一端に結合
し、その水質改善装置では、遠赤外線放射セラミック層
とへちま層による有効微生物の増殖による水質改善を可
能とし、その水質改善装置に内蔵した循環ポンプからの
管路を前記有効微生物による水質改善装置の他端から前
記水洗便所に向けた管路を有効微生物処理を可能とする
中間貯留槽を介して前記水洗便所に接続した請求項１記
載の水洗便所の水の水質改善システム。11. A flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipeline, and the waste water mixed with water and feces used in the flush toilet is used as effective microorganisms. Is supplied to the water quality improving device by contacting the water, the water quality improving device improves the water quality, and the modified water having the improved water quality is again supplied to the flush toilet, and the water is circulated again and again. Modified water can be supplied to the flush toilet, and the tip of the conduit from the flush toilet is used as an introduction pipe and is connected to one end of a water quality improving device using the effective microorganisms. Tohichima layer enables improvement of water quality by growth of effective microorganisms, and a conduit from a circulation pump built in the water quality improving device is a conduit from the other end of the water quality improving device using effective microorganisms to the flush toilet. Water quality improvement system of water flush toilet as claimed in claim 1, wherein the through the intermediate reservoir connected to the water closet which enables effective microbial treatment.
微生物による水質改善装置と中間貯留槽を管路で連結し
て、水洗便所で使用した水と糞尿が混合された排水を有
効微生物との接触による前方位置の水質改善装置に供給
し、その水質改善装置により水質改善をして、次に、後
方位置の水質改善装置に供給し、それらの水質改善装置
により水質改善をした改質水を管路を介して、再び、前
記水洗便所に供給し、循環して、幾度でも、前記水洗便
所に改質水を供給し得るようにし、その際、有効微生物
処理を可能とする中間貯留槽を介して前記水洗便所に改
質水を供給し得るようにした請求項１記載の水洗便所の
水の水質改善システム。12. A water quality improving device for a plurality of effective microorganisms connected in series with a flush toilet and an intermediate storage tank are connected by a pipeline, and waste water mixed with water and feces used in the flush toilet is used as effective microorganisms. The reformed water is supplied to the water quality improving device at the front position by contact with the water quality improving device, and then supplied to the water quality improving device at the rear position, and the water quality improving device improves the water quality. Via the pipeline again to the flush toilet to circulate so that the reforming water can be supplied to the flush toilet any number of times, and at this time, an intermediate storage tank that enables effective microbial treatment. 2. The water quality improvement system for flush toilets according to claim 1, wherein the reforming water can be supplied to the flush toilets via the water.
微生物による水質改善装置と中間貯留槽を管路で連結し
て、水洗便所で使用した水と糞尿が混合された排水を有
効微生物との接触による水質改善装置に供給し、その水
質改善装置により水質改善をした改質水を有効微生物処
理を可能とする中間貯留槽を介して、再び、前記水洗便
所に供給し、循環して、幾度でも、前記水洗便所に改質
水を供給し得るようにし、前記水質改善装置の内部に
は、液温調整用ヒーターにより有効微生物処理を可能と
する適正な液温の範囲にし、前記水質改善装置の一端に
は、前記水洗便所からの管路の先端部を導入管として結
合し、水質改善装置の内部に内蔵した循環ポンプからの
管路を前記前方位置の水質改善装置の他端から有効微生
物処理を可能とする中間貯留槽を導出管に結合し、その
導出管から前記水洗便所に向けて流入し得る請求項１記
載の水洗便所の水の水質改善システム。13. A water quality improvement device for a plurality of effective microorganisms connected in series with a flush toilet and an intermediate storage tank are connected by a pipeline, and waste water mixed with water and feces used in the flush toilet is used as effective microorganisms. Is supplied to the water quality improving device by contact, through the intermediate storage tank that enables effective microbial treatment of the reformed water whose water quality is improved by the water quality improving device, is again supplied to the flush toilet, and circulated. Reforming water can be supplied to the flush toilet any number of times, and the inside of the water quality improving device has a proper liquid temperature range that enables effective microbial treatment by a liquid temperature adjusting heater to improve the water quality. The tip of the conduit from the flush toilet is connected to one end of the device as an introduction pipe, and the conduit from the circulation pump built inside the water quality improving device is effective from the other end of the water quality improving device at the front position. Enables microbial treatment Between reservoir attached to outlet pipe, water quality improvement system of water flush toilet of the may flow toward the water closet according to claim 1, wherein from the outlet tube.
置と有効微生物処理を可能とする中間貯留槽を管路で連
結して、水洗便所で使用した水と糞尿が混合された排水
を有効微生物との接触による前記水質改善装置に供給
し、その水質改善装置により水質改善をして、再び、前
記水洗便所に水質改善をした改質水を供給して、循環し
て、幾度でも、前記水洗便所に改質水を供給し得るよう
にし、前記水質改善装置には、へちま層と遠赤外線放射
セラミック層を配設し、それらのへちま層と遠赤外線放
射セラミック層の間に隔壁を形成し、水洗便所で使用し
た水と糞尿を混合させた排水を有効微生物に接触させ得
るように、少なくとも、隔壁の上方或いは下方を開放し
て、処理のための排水が、最も長い軌跡を取りながら、
移動し得る請求項１記載の水洗便所の水の水質改善シス
テム。14. A flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipe line, and waste water mixed with water and feces used in the flush toilet is used as effective microorganisms. Is supplied to the water quality improving device by contacting the water, the water quality improving device improves the water quality, and the modified water having the improved water quality is again supplied to the flush toilet, and the water is circulated again and again. Reforming water can be supplied to the water quality improving device, and the water quality improving device is provided with a hemima layer and a far-infrared radiation ceramic layer, and a partition wall is formed between the hemima layer and the far-infrared radiation ceramic layer, followed by washing with water. In order to allow the wastewater mixed with water and manure used in the toilet to contact the effective microorganisms, at least the upper or lower part of the partition wall is opened, and the wastewater for treatment takes the longest trajectory,
The water quality improvement system for flush toilet water according to claim 1, which is movable.
置と有効微生物処理を可能とする中間貯留槽を管路で連
結して、水洗便所で使用した水と糞尿が混合された排水
を有効微生物との接触による前記水質改善装置に供給
し、その水質改善装置により水質改善をして、再び、前
記水洗便所に水質改善をした改質水を供給して、循環し
て、幾度でも、前記水洗便所に改質水を供給し得るよう
にし、前記水質改善装置の前端部位置に遠赤外線放射セ
ラミック層を配設し、前記水質改善装置の後端部位置に
遠赤外線放射セラミック層を配設し、前記水質改善装置
の前端部位置と前記水質改善装置の後端部位置との間
に、数層の植物の乾燥へちまの繊維層を介在し、前後両
側位置に設けた遠赤外線放射セラミック層とそれらの遠
赤外線放射セラミック層の間に介在する数層の乾燥へち
まの繊維層の部分の両部分で、有効微生物を増殖させ
て、水洗便所で使用した水と糞尿が混合された排水を処
理して、水質改善を可能にした請求項１記載の水洗便所
の水の水質改善システム。15. A flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipeline, and the waste water used in the flush toilet is mixed with feces and urine as effective microorganisms. Is supplied to the water quality improving device by contacting the water, the water quality improving device improves the water quality, and the modified water having the improved water quality is again supplied to the flush toilet, and the water is circulated again and again. In order to be able to supply the reforming water, the far infrared radiation ceramic layer is disposed at the front end position of the water quality improving device, and the far infrared radiation ceramic layer is disposed at the rear end position of the water quality improving device, Between the front end position of the water quality improving device and the rear end position of the water quality improving device, a fiber layer of several layers of dried plant hump is interposed, and far-infrared radiation ceramic layers provided at both front and rear positions Far infrared emitting ceramic It is possible to improve the water quality by growing effective microorganisms in both parts of the fiber layer of several layers of dried hemima intervening between the wastewater and treating the wastewater mixed with the water used in the flush toilet and manure. The water quality improvement system for flush toilets according to claim 1.
置と有効微生物処理を可能とする中間貯留槽を管路で連
結して、水洗便所で使用した水と糞尿が混合された排水
を有効微生物との接触による前記水質改善装置に供給
し、その水質改善装置により水質改善をして、再び、前
記水洗便所に水質改善をした改質水を供給して、循環し
て、幾度でも、前記水洗便所に改質水を供給し得るよう
にし、前記水質改善装置の前端部位置に遠赤外線放射セ
ラミック層を配設し、前記水質改善装置の後端部位置に
遠赤外線放射セラミック層を配設し、前記水質改善装置
の前端部位置と前記水質改善装置の後端部位置との間
に、数層の植物の乾燥へちまの繊維層を介在し、遠赤外
線放射セラミック層の間の数層の乾燥へちまの繊維層の
部分とともに遠赤外線放射セラミック層で、有効微生物
を増殖させて、水洗便所で使用した水と糞尿が混合され
た排水を処理して、水質改善を可能にし、数層の乾燥へ
ちまの繊維層の部分の全体或いは一部に、液温調整用ヒ
ーターを配設し、その液温調整用ヒーターにより有効微
生物処理を可能とする適正な液温の範囲にして、水質改
善を最適条件でなし得る請求項１記載の水洗便所の水の
水質改善システム。16. A flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipe line, and waste water mixed with water and feces used in the flush toilet is used as effective microorganisms. Is supplied to the water quality improving device by contacting the water, the water quality improving device improves the water quality, and the modified water having the improved water quality is again supplied to the flush toilet, and the water is circulated again and again. In order to be able to supply the reforming water, the far infrared radiation ceramic layer is disposed at the front end position of the water quality improving device, and the far infrared radiation ceramic layer is disposed at the rear end position of the water quality improving device, Between the front end position of the water quality improving device and the rear end position of the water quality improving device, a fiber layer of several layers of plant drying hump is interposed, and several layers of drying infrared rays between the far infrared radiation ceramic layers are used. Far infrared rays along with the fiber layer part In the spray ceramic layer, effective microorganisms are proliferated, and the waste water mixed with water and excrement used in the flush toilet is treated to improve the water quality, and the whole or one part of the fiber layer of several dried hemifama is treated. 2. A water washing apparatus according to claim 1, wherein a heater for adjusting the liquid temperature is provided in the section, and the heater for adjusting the liquid temperature is set to an appropriate liquid temperature range that enables effective microbial treatment to improve water quality under optimum conditions. Toilet water quality improvement system.
置と中間貯留槽を管路で連結して、水洗便所で使用した
水と糞尿が混合された排水を有効微生物との接触による
前記水質改善装置に供給し、その水質改善装置により水
質改善をして、再び、前記水洗便所に水質改善をした改
質水を供給して、循環して、幾度でも、前記水洗便所に
改質水を供給し得るようにし、前記水質改善装置の前部
位置に水洗便所からの導入管の開口部を配設し、その導
入管の開口部の下に開口部を位置させ、その開口部を介
して連通した隣室の上下方向に向けて、遠赤外線放射セ
ラミック層を配設し、前記水質改善装置の後端部の液中
の適宜位置に循環ポンプを配設し、流体がオーバーフロ
ーし得るようにするため、その上方に開口部を設けた隔
壁を介して流体が溢れ得るようにし、その隔壁の手前位
置の部屋に遠赤外線放射セラミック層を配設し、その遠
赤外線放射セラミック層と前記遠赤外線放射セラミック
層との間に数層の乾燥へちまの繊維層の部分を配設し、
前記遠赤外線放射セラミック層の前後二つの遠赤外線放
射セラミック層の間に配設した数層の乾燥へちまの繊維
層とともに遠赤外線放射セラミック層で、有効微生物を
増殖させて、水洗便所で使用した水と糞尿が混合された
排水を処理して、水質改善を可能にし、数層の乾燥へち
まの繊維層の部分の全体或いは一部に、液温調整用ヒー
ターを配設し、その液温調整用ヒーターにより有効微生
物処理を可能とする適正な液温の範囲にして、水質改善
を最適条件でなし得るとともに前記水洗便所からの導入
管の開口部から、前部位置の遠赤外線放射セラミック層
および数層の乾燥へちまの繊維層の部分および後部位置
の遠赤外線放射セラミック層を通過して、前記水質改善
装置の後端部の液中の循環ポンプの位置に到達する間に
有効微生物による水質改善を可能とする請求項１記載の
水洗便所の水の水質改善システム。17. A water quality improving device by contacting a flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank with a pipe line, and contacting waste water mixed with water and feces used in the flush toilet with the effective microorganisms. To improve the water quality by the water quality improving device, and again to supply the modified water with improved water quality to the flush toilet, and circulate, to supply the modified water to the flush toilet any number of times. As a result, the opening of the introducing pipe from the flush toilet is arranged at the front position of the water quality improving device, the opening is located below the opening of the introducing pipe, and the opening is communicated through the opening. In the vertical direction of the adjacent chamber, a far infrared radiation ceramic layer is arranged, and a circulation pump is arranged at an appropriate position in the liquid at the rear end of the water quality improving device so that the fluid can overflow. Fluid flows through the partition with an opening above it The far infrared ray emitting ceramic layer is disposed in a room in front of the partition wall, and a part of the fiber layer of the dried haemaha is formed between the far infrared ray emitting ceramic layer and the far infrared ray emitting ceramic layer. Is installed,
In the far-infrared emitting ceramic layer, together with several far-infrared emitting ceramic layers disposed between the two far-infrared emitting ceramic layers before and after the far-infrared emitting ceramic layer, effective microorganisms are grown and water used in a flush toilet. The wastewater mixed with sewage and manure is treated to improve the water quality, and a heater for adjusting the liquid temperature is installed in the whole or part of the fiber layer part of several layers of the dry hechima to adjust the liquid temperature. A heater is used in an appropriate liquid temperature range that enables effective microbial treatment, water quality can be improved under optimal conditions, and the far-infrared radiation ceramic layers and the number of far-infrared radiation layers at the front position can be obtained from the opening of the introduction pipe from the flush toilet. By passing through the fiber layer part of the dried hemima and the far infrared radiation ceramic layer at the rear position and reaching the position of the circulating pump in the liquid at the rear end of the water quality improving device Water quality improvement system of water flush toilet according to claim 1, enabling quality improvement.
置と有効微生物処理を可能とする中間貯留槽を管路で連
結して、水洗便所で使用した水と糞尿が混合された排水
を有効微生物との接触による前記水質改善装置に供給
し、その水質改善装置により水質改善をして、再び、前
記水洗便所に水質改善をした改質水を供給して、循環し
て、幾度でも、前記水洗便所に改質水を供給し得るよう
にし、前記水質改善装置の前端部位置に遠赤外線放射セ
ラミック層を配設し、前記水質改善装置の後端部位置に
遠赤外線放射セラミック層を配設し、前記水質改善装置
の前端部位置と前記水質改善装置の後端部位置との間
に、数層の植物の乾燥へちまの繊維層を介在し、遠赤外
線放射セラミック層の間の数層の乾燥へちまの繊維層の
部分で、有効微生物を増殖させて、水洗便所で使用した
水と糞尿が混合された排水を処理して、水質改善を可能
にし、数層の乾燥へちまの繊維層の部分の全体或いは一
部に、液温調整用ヒーターを配設し、その液温調整用ヒ
ーターにより有効微生物処理を可能とする適正な液温の
範囲にし得るようにして、水質改善を最適条件でなし得
るとともに前記中間貯留槽の中に有効微生物を活性化さ
せる遠赤外線放射セラミックによる水質改善のための遠
赤外線放射セラミック投入タンクを内蔵した請求項１記
載の水洗便所の水の水質改善システム。18. A flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipeline, and the waste water mixed with water and feces used in the flush toilet is used as effective microorganisms. Is supplied to the water quality improving device by contacting the water, the water quality improving device improves the water quality, and the modified water having the improved water quality is again supplied to the flush toilet, and the water is circulated again and again. In order to be able to supply the reforming water, the far infrared radiation ceramic layer is disposed at the front end position of the water quality improving device, and the far infrared radiation ceramic layer is disposed at the rear end position of the water quality improving device, Between the front end position of the water quality improving device and the rear end position of the water quality improving device, a fiber layer of several layers of plant drying hump is interposed, and several layers of drying infrared rays between the far infrared radiation ceramic layers are used. In the fiber layer part of the The wastewater that has been cultivated and used in the flush toilets is treated with wastewater that is a mixture of water and excrement to improve the water quality, and a heater for adjusting the liquid temperature can be applied to all or part of the fiber layer part of the several dried hemima. Is provided and the heater for adjusting the liquid temperature can be set to an appropriate liquid temperature range that enables effective microorganism treatment to improve the water quality under the optimum conditions and the effective microorganisms in the intermediate storage tank. 2. The water quality improvement system for flush toilets according to claim 1, further comprising a far infrared radiation ceramic charging tank for improving water quality by activating the far infrared radiation ceramic.
置と有効微生物処理を可能とする中間貯留槽を管路で連
結して、水洗便所で使用した水と糞尿が混合された排水
を有効微生物との接触による前記水質改善装置に供給
し、その水質改善装置により水質改善をして、再び、前
記水洗便所に水質改善をした改質水を供給して、循環し
て、幾度でも、前記水洗便所に改質水を供給し得るよう
にし、前記水質改善装置の前端部位置に遠赤外線放射セ
ラミック層を配設し、前記水質改善装置の後端部位置に
遠赤外線放射セラミック層を配設し、前記水質改善装置
の前端部位置と前記水質改善装置の後端部位置との間
に、数層の植物の乾燥へちまの繊維層を介在し、遠赤外
線放射セラミック層の間の数層の乾燥へちまの繊維層の
部分で、有効微生物を増殖させて、水洗便所で使用した
水と糞尿が混合された排水を処理して、水質改善を可能
にし、数層の乾燥へちまの繊維層の部分の全体或いは一
部に、液温調整用ヒーターを配設し、その液温調整用ヒ
ーターにより有効微生物処理を可能とする適正な液温の
範囲にし得るようにして、水質改善を最適条件でなし得
るとともに前記中間貯留槽の中に有効微生物を活性化さ
せる遠赤外線放射セラミックによる水質改善のための遠
赤外線放射セラミック投入タンクを内蔵し、前記中間貯
留槽の一方側の側面の中間部の上方に水洗便所用水供給
管路の中間部の循環用の管路の入口を形成し、前記中間
貯留槽の他方側の側面の中間部の下方に水洗便所用水供
給管路の中間部の循環用の管路の出口を形成した請求項
１記載の水洗便所の水の水質改善システム。19. A flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipe line, and waste water mixed with water and feces used in the flush toilet is used as effective microorganisms. Is supplied to the water quality improving device by contacting the water, the water quality improving device improves the water quality, and the modified water having the improved water quality is again supplied to the flush toilet, and the water is circulated again and again. In order to be able to supply the reforming water, the far infrared radiation ceramic layer is disposed at the front end position of the water quality improving device, and the far infrared radiation ceramic layer is disposed at the rear end position of the water quality improving device, Between the front end position of the water quality improving device and the rear end position of the water quality improving device, a fiber layer of several layers of plant drying hump is interposed, and several layers of drying infrared rays between the far infrared radiation ceramic layers are used. In the fiber layer part of the The wastewater that has been cultivated and used in the flush toilets is treated with wastewater that is a mixture of water and excrement to improve the water quality, and a heater for adjusting the liquid temperature can be applied to all or part of the fiber layer part of the several dried hemima. Is provided and the heater for adjusting the liquid temperature can be set to an appropriate liquid temperature range that enables effective microorganism treatment to improve the water quality under the optimum conditions and the effective microorganisms in the intermediate storage tank. A far-infrared radiation ceramic charging tank for improving water quality by activating far-infrared radiation ceramic is built-in, and for circulation of the middle part of the flush toilet water supply pipe above the middle part of one side surface of the intermediate storage tank. 2. The water flush according to claim 1, wherein an inlet of the pipeline is formed, and an outlet of the pipeline for circulation in the middle of the water supply pipeline for the flush toilet is formed below the middle of the other side surface of the intermediate storage tank. Toilet water quality improvement system .
置と有効微生物処理を可能とする中間貯留槽を管路で連
結して、水洗便所で使用した水と糞尿が混合された排水
を有効微生物との接触による前記水質改善装置に供給
し、その水質改善装置により水質改善をして、再び、前
記水洗便所に水質改善をした改質水を供給して、循環し
て、幾度でも、前記水洗便所に改質水を供給し得るよう
にし、前記水質改善装置の前後方向に直列的に複数の仕
切り壁を配設し、それらの仕切り壁の前後両端部をオー
バーフロー壁とし、その前後両端部の仕切り壁の間の中
間仕切り壁には、流路に沿って、最も長い軌跡を描いて
流れ得るように、オーバーフローした後に、下方の孔を
潜り抜けて下方から上方に向いて流れ得るようにし、そ
の次に、オーバ−フローさせて、その後に、下方の孔を
潜り抜けて下方から上方に向いて流れ得るようにし、そ
のために、前記水質改善装置の前後方向に直列的に配設
した複数の仕切り壁には、オーバーフローした後に位置
する次の仕切り壁には、潜り抜け孔などの連通用下部開
口部を配設した請求項１記載の水洗便所の水の水質改善
システム。20. A flush toilet, a water quality improving device using effective microorganisms, and an intermediate storage tank capable of treating effective microorganisms are connected by a pipeline, and the waste water used in the flush toilet mixed with manure is used as effective microorganisms. Is supplied to the water quality improving device by contacting the water, the water quality improving device improves the water quality, and the modified water having the improved water quality is again supplied to the flush toilet, and the water is circulated again and again. So that reforming water can be supplied to the water quality improving device, a plurality of partition walls are arranged in series in the front-rear direction of the water quality improving device, and the front and rear end portions of these partition walls are made overflow walls, and the front and rear end portions are partitioned. The intermediate partition wall between the walls should be able to flow along the flow path in the longest locus so that after it overflows, it can pass through the lower hole and flow upward from below. Next, So that it can pass through the lower hole and flow upward from the lower side.To this end, a plurality of partition walls arranged in series in the front-rear direction of the water quality improving device overflows. The water quality improvement system for flush toilets according to claim 1, wherein a lower opening for communication such as an escape hole is provided in the next partition wall located after the above.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP33273894A JPH08155443A (en) | 1994-12-05 | 1994-12-05 | Water quality improving apparatus for water in flash toilet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP33273894A JPH08155443A (en) | 1994-12-05 | 1994-12-05 | Water quality improving apparatus for water in flash toilet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH08155443A true JPH08155443A (en) | 1996-06-18 |
Family
ID=18258312
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP33273894A Pending JPH08155443A (en) | 1994-12-05 | 1994-12-05 | Water quality improving apparatus for water in flash toilet |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH08155443A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115403136A (en) * | 2022-09-07 | 2022-11-29 | 岭南生态文旅股份有限公司 | Immobilized microorganism particles for domestic sewage decontamination and preparation method thereof |
-
1994
- 1994-12-05 JP JP33273894A patent/JPH08155443A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115403136A (en) * | 2022-09-07 | 2022-11-29 | 岭南生态文旅股份有限公司 | Immobilized microorganism particles for domestic sewage decontamination and preparation method thereof |
| CN115403136B (en) * | 2022-09-07 | 2023-08-04 | 岭南生态文旅股份有限公司 | Immobilized microorganism particles for decontamination of domestic sewage and preparation method thereof |
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