JP6783977B1 - Sewage treatment equipment for the spinning industry - Google Patents

Sewage treatment equipment for the spinning industry Download PDF

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JP6783977B1
JP6783977B1 JP2019201788A JP2019201788A JP6783977B1 JP 6783977 B1 JP6783977 B1 JP 6783977B1 JP 2019201788 A JP2019201788 A JP 2019201788A JP 2019201788 A JP2019201788 A JP 2019201788A JP 6783977 B1 JP6783977 B1 JP 6783977B1
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space
sewage
fixedly installed
pipe
motor
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JP2021030198A (en
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徐珍珍
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佛山市永原針織有限公司
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    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F9/00—Multistage treatment of water, waste water or sewage
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/001—Processes for the treatment of water whereby the filtration technique is of importance
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/52—Treatment of water, waste water, or sewage by flocculation or precipitation of suspended impurities
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/66—Treatment of water, waste water, or sewage by neutralisation; pH adjustment
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F2103/00—Nature of the water, waste water, sewage or sludge to be treated
    • C02F2103/30—Nature of the water, waste water, sewage or sludge to be treated from the textile industry
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F2201/00—Apparatus for treatment of water, waste water or sewage
    • C02F2201/002—Construction details of the apparatus
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F2301/00—General aspects of water treatment
    • C02F2301/08—Multistage treatments, e.g. repetition of the same process step under different conditions

Abstract

【課題】本発明は大型紡績業向けの汚水処理装置を開示した。【解決手段】主体を含み、前記主体の頂面には反応塔と第一沈降箱とが固定的に設置され、前記第一沈降箱が前記反応塔の左側に位置し、前記反応塔の中には上方に開口した反応空間が設置され、前記反応空間の中に汚水を注ぐことができ、前記反応空間の中には汚水と反応剤を均等に撹拌できる撹拌機構が設置され、前記反応塔の右側面にはケースが固定的に設置され、前記ケースの中には上方に開口した液貯蔵空間が設置され、前記液貯蔵空間の中には反応剤を貯蔵でき、本発明は最大限に大型紡績業から排出された汚水を利用でき、処理した後の浄水をリサイクルでき、資源の利用率を高め、製品のコストを下げ、且つ汚水を処理する方式が簡単で便利であり、操作しやすく、装置の自動化程度が高い。【選択図】図１PROBLEM TO BE SOLVED: To disclose a sewage treatment apparatus for a large-scale spinning industry. SOLUTION: A reaction tower and a first settling box are fixedly installed on the top surface of the main body including a main body, and the first settling box is located on the left side of the reaction tower and is inside the reaction tower. A reaction space opened upward is installed in the reaction space, and sewage can be poured into the reaction space, and a stirring mechanism capable of evenly stirring the sewage and the reactant is installed in the reaction space. A case is fixedly installed on the right side surface of the case, a liquid storage space opened upward is installed in the case, and a reactant can be stored in the liquid storage space. The sewage discharged from the large spinning industry can be used, the purified water after treatment can be recycled, the utilization rate of resources is increased, the cost of products is reduced, and the method of treating sewage is simple, convenient, and easy to operate. , The degree of automation of the device is high. [Selection diagram] Fig. 1

Description

本発明は汚水処理技術分野に関わり、具体的には紡績業向けの汚水処理装置である。 The present invention relates to the field of sewage treatment technology, and is specifically a sewage treatment apparatus for the spinning industry.

現在、大型紡績業は依然として主な汚水排出産業の一つである。環境に優しくて資源を節約するため、汚水処理は不可欠な一環であり、しかし、一般の工場は汚水を処理する方式が単一で、普通は第二沈殿池を用い、沈殿池の中に中和反応剤を入れ、また汚水を静置して沈殿を生成させ、このような方法の効率は低く、反応剤は充分に反応を起こすことができず、処理された後にまだ大量の汚水があり、且つリサイクルできない。また市販されているフィルタープレスは汚水をろ過できるが、一般には手動で操作する必要があり、煩雑である。 Today, the large spinning industry remains one of the major sewage discharge industries. Sewage treatment is an essential part of environmental friendliness and resource conservation, but general factories have a single method of treating sewage, usually using a second settling basin and inside the settling basin. The Japanese reactants were added and the sewage was allowed to stand to form a precipitate, the efficiency of such a method was low, the reactants could not react sufficiently and there was still a large amount of sewage after treatment. And it cannot be recycled. A commercially available filter press can filter sewage, but it is generally complicated because it needs to be operated manually.

中国特許出願公開第１０５０６０５２５号明細書Chinese Patent Application Publication No. 105060525

本発明は紡績業向けの汚水処理装置を提供し、既存技術にある上記の欠点を解消することを目的とする。 It is an object of the present invention to provide a sewage treatment apparatus for the spinning industry and to eliminate the above-mentioned drawbacks in the existing technology.

本発明の実施例における紡績業向けの汚水処理装置は、本体を含み、前記本体の頂面には反応塔と第一沈降箱とが固定的に設置され、前記第一沈降箱が前記反応塔の左側に位置し、前記反応塔の中には上方に開口した反応空間が設置され、前記反応空間の中に汚水を注ぐことができ、前記反応空間の中には汚水と反応剤を均等に撹拌できる撹拌機構が設置され、前記反応塔の右側面にはケースが固定的に設置され、前記ケースの中には上方に開口した液貯蔵空間が設置され、前記液貯蔵空間の中には反応剤を貯蔵でき、前記液貯蔵空間と前記反応空間との間には連結空間が連通するように設置され、前記連結空間の中には前記液貯蔵空間の中の反応剤を間欠的に前記反応空間の中に排出できるピストン機構が設置され、前記本体の中にはモーター空間が設置され、前記モーター空間の底壁には第一モーターが固定的に設置され、前記第一モーターは伝動を通じて前記撹拌機構と前記ピストン機構とを制御でき、前記第一沈降箱の中には上方に開口した第一沈殿池が設置され、前記第一沈殿池の中には沈降機構が設置され、前記沈降機構は前記反応空間の中で均等に撹拌された汚水を静置して沈殿を生成させてから汚水をろ過でき、前記モーター空間の下側には汚水空間が設置され、前記汚水空間は前記撹拌機構と前記ピストン機構とによって浄水をろ過しにくい汚水及びヘドロを貯蔵でき、前記本体の頂面には二つの左右対称の支持柱が固定的に設置され、前記支持柱が前記反応塔の右側に位置し、二つの前記支持柱の間には前記汚水空間の中に貯蔵している汚水とヘドロに加圧ろ過をできる加圧ろ過機構が設置され、前記本体の中には上方に開口した制御空間が設置され、前記制御空間の中には前記加圧ろ過機構を制御して開けることができる制御機構が設置されている。 The sewage treatment apparatus for the spinning industry in the embodiment of the present invention includes a main body, a reaction tower and a first settling box are fixedly installed on the top surface of the main body, and the first settling box is the reaction tower. A reaction space opened upward is installed in the reaction tower, and sewage can be poured into the reaction space, and the sewage and the reactant are evenly distributed in the reaction space. A stirring mechanism capable of stirring is installed, a case is fixedly installed on the right side surface of the reaction tower, a liquid storage space opened upward is installed in the case, and a reaction is performed in the liquid storage space. The agent can be stored, and the connecting space is installed so as to communicate between the liquid storage space and the reaction space, and the reactant in the liquid storage space is intermittently placed in the connecting space. A piston mechanism that can discharge into the space is installed, a motor space is installed in the main body, a first motor is fixedly installed on the bottom wall of the motor space, and the first motor is said to be transmitted through transmission. The stirring mechanism and the piston mechanism can be controlled, and a first settling pond opened upward is installed in the first settling box, and a settling mechanism is installed in the first settling pond. Can filter sewage after allowing sludge that has been evenly stirred in the reaction space to generate sediment, and a sewage space is installed under the motor space, and the sewage space is the stirring mechanism. Sewage and sludge, which are difficult to filter purified water, can be stored by the piston mechanism, and two symmetrical support columns are fixedly installed on the top surface of the main body, and the support columns are located on the right side of the reaction tower. A pressure filtration mechanism capable of pressurizing sludge and sludge stored in the sewage space is installed between the two support columns, and a control space opened upward is installed in the main body. Is installed, and a control mechanism capable of controlling and opening the pressure filtration mechanism is installed in the control space.

さらなる技術プランには、前記反応塔の左側面には支え板が固定的に設置され、前記支え板の頂面にはジャケットが固定的に設置され、前記ジャケットの中には汚水管が挟まれて装着され、前記汚水管の右方に伸びている部分が前記反応空間の中に伸び、前記汚水管の左側の伸びている部分が汚水源と連通している。 In a further technical plan, a support plate is fixedly installed on the left side surface of the reaction tower, a jacket is fixedly installed on the top surface of the support plate, and a sewage pipe is sandwiched in the jacket. The portion extending to the right of the sewage pipe extends into the reaction space, and the extending portion on the left side of the sewage pipe communicates with the sewage source.

さらなる技術プランには、前記撹拌機構はモーター軸を含み、前記モーター軸の底面が前記第一モーターの頂面に伝動できるように連結され、前記モーター軸の上方に伸びている部分が前記反応空間の中に伸び、且つ前記モーター軸の上方に伸びている部分の外周には撹拌ロッドが固定的に設置され、前記反応空間の底面にはシールスリーブが固定的に設置されている。 In a further technical plan, the stirring mechanism includes a motor shaft, the bottom surface of the motor shaft is connected so as to be transmitted to the top surface of the first motor, and a portion extending above the motor shaft is the reaction space. A stirring rod is fixedly installed on the outer periphery of the portion extending inside and extending above the motor shaft, and a seal sleeve is fixedly installed on the bottom surface of the reaction space.

さらなる技術プランには、前記ピストン機構はピストンを含み、前記連結空間の下側には下方に開口したスライド空間が連通するように設置され、前記ピストンが前記スライド空間の内壁にスライドできるように設置され、前記ピストンの下側には前記連結空間がヒンジで連結され、前記モーター空間の右側には上方に開口した曲がりロッド空間が設置され、前記曲がりロッド空間の左壁には曲がりロッドが回転できるように設置され、前記曲がりロッドの左方に伸びている部分が前記モーター空間の中に伸び、且つ前記曲がりロッドの左方に伸びている部分の左側面には第一傘歯車が固定的に設置され、前記モーター空間の中の前記モーター軸の外周には第二傘歯車が固定的に設置され、前記第二傘歯車が前記第一傘歯車と噛み合い、前記連結空間の下方に伸びている部分が前記曲がりロッド空間の中に伸び、且つ前記曲がりロッドとヒンジで連結されている。 In a further technical plan, the piston mechanism includes a piston and is installed below the connected space so that a downwardly open slide space communicates with the piston so that the piston can slide on the inner wall of the slide space. The connected space is connected by a hinge to the lower side of the piston, a bent rod space opened upward is installed on the right side of the motor space, and the bent rod can rotate on the left wall of the bent rod space. The first umbrella gear is fixedly attached to the left side surface of the portion extending to the left of the bending rod extending into the motor space and extending to the left of the bending rod. A second umbrella gear is fixedly installed on the outer periphery of the motor shaft in the motor space, and the second umbrella gear meshes with the first umbrella gear and extends below the connected space. A portion extends into the bent rod space and is connected to the bent rod by a hinge.

さらなる技術プランには、前記ケースの頂面には閉鎖蓋が回転できるように設置されている。 In a further technical plan, a closure lid is installed on the top surface of the case so that it can rotate.

さらなる技術プランには、前記沈降機構は前記第一沈殿池の底壁に固定的に設置された第二沈降箱を含み、前記第二沈降箱の中には上方に開口した第二沈殿池が設置され、前記反応塔の内壁の中には第一バルブが固定的に設置され、前記第一バルブの右側が前記反応空間と連通し、前記第一バルブの左側には横管が連通するように連結され、前記横管の左側が前記第二沈殿池と連通し、前記第二沈殿池と前記第一沈殿池との間の内壁の中には二つの左右対称の第二バルブが設置され、前記第二バルブは前記第二沈殿池と前記第一沈殿池とを連通させることができる。 In a further technical plan, the settling mechanism includes a second settling basin fixedly installed on the bottom wall of the first settling basin, and the second settling basin contains a second settling basin that opens upward. The first valve is fixedly installed in the inner wall of the reaction tower so that the right side of the first valve communicates with the reaction space and the left side of the first valve communicates with a horizontal pipe. The left side of the horizontal pipe communicates with the second settling basin, and two symmetrical second valves are installed in the inner wall between the second settling basin and the first settling basin. , The second valve can communicate the second settling basin and the first settling basin.

さらなる技術プランには、前記反応空間の底壁の中には第三バルブが固定的に設置され、前記第三バルブの上側が前記反応空間と連通し、前記第三バルブの下側には直管が連通するように連結され、前記直管が前記汚水空間と連通し、前記第二沈殿池の底壁の中には第四バルブが固定的に設置され、前記第四バルブの上側が前記第二沈殿池と連通し、前記第四バルブの下側には連結管が連通するように連結され、前記連結管が前記汚水空間と連通している。 In a further technical plan, a third valve is fixedly installed in the bottom wall of the reaction space, the upper side of the third valve communicates with the reaction space, and directly below the third valve. The pipes are connected so as to communicate with each other, the straight pipe communicates with the sewage space, a fourth valve is fixedly installed in the bottom wall of the second sedimentation pond, and the upper side of the fourth valve is the said. It communicates with the second settling pond, and a connecting pipe is connected to the lower side of the fourth valve so as to communicate with the sewage space.

さらなる技術プランには、前記加圧ろ過機構は二つの前記支持柱の間に固定的に設置されたスライド柱を含み、前記スライド柱の外周には七つのフィルター板がスライドできるように設置され、前記フィルター板の中にはフィルターが固定的に設置され、前記フィルター板の上下両側にはいずれも引っかかり溝が形成され、一番右側に位置する前記フィルター板の右側面には二つの上下対称の押し動かし柱が当接するように設置され、前記押し動かし柱の右方に伸びている部分が右側に位置する前記支持柱の内壁を貫通し、且つ前記押し動かし柱の右方に伸びている部分の右側面には押し動かし板が固定的に設置され、右側に位置する前記支持柱の右側面には液圧シリンダが固定的に設置され、前記液圧シリンダの右側面には液圧軸が伝動できるように連結され、前記液圧軸の右側面が前記押し動かし板と固定的に連結され、前記本体の頂面には汚水ポンプが固定的に設置され、前記汚水ポンプの上下両側にはいずれもウォーターポンプ管が連通するように装着され、上側に位置する前記ウォーターポンプ管の右方に伸びている部分が左側に位置する前記支持柱の内壁を貫通し、且つ左側に位置する前記フィルター板と連通し、下側に位置する前記ウォーターポンプ管が前記汚水空間と連通し、前記汚水空間の右側には上下方向に開口した貯蔵空間が設置され、前記貯蔵空間の下側には閉鎖ドアがスライドできるように装着されている。 In a further technical plan, the pressure filtration mechanism includes a slide column fixedly installed between the two support columns, and seven filter plates are installed on the outer periphery of the slide column so that they can slide. A filter is fixedly installed in the filter plate, catching grooves are formed on both the upper and lower sides of the filter plate, and two vertically symmetrical surfaces are formed on the right side surface of the filter plate located on the rightmost side. A portion that is installed so that the push-moving pillars come into contact with each other, and a portion extending to the right of the pushing-moving pillar penetrates the inner wall of the supporting pillar located on the right side and extends to the right of the pushing-moving pillar. A push-moving plate is fixedly installed on the right side surface of the pump, a hydraulic cylinder is fixedly installed on the right side surface of the support column located on the right side, and a hydraulic shaft is fixedly installed on the right side surface of the hydraulic cylinder. It is connected so that it can be transmitted, the right side surface of the hydraulic shaft is fixedly connected to the push-moving plate, a sewage pump is fixedly installed on the top surface of the main body, and the upper and lower sides of the sewage pump are fixedly connected. In each case, the water pump pipe is mounted so as to communicate with each other, and the portion extending to the right of the water pump pipe located on the upper side penetrates the inner wall of the support column located on the left side and the filter is located on the left side. The water pump pipe located on the lower side communicates with the plate and communicates with the sewage space, a storage space opened in the vertical direction is installed on the right side of the sewage space, and a closed door is installed on the lower side of the storage space. Is installed so that it can slide.

さらなる技術プランには、前記汚水空間の左側には左方に開口した収納空間が設置され、前記収納空間の底壁にはウォーターポンプが固定的に設置され、前記ウォーターポンプの左右両側面にはいずれも排水管が連通するように設置され、前記第一沈降箱の下側には水管が連通するように装着され、前記貯蔵空間の左壁には吸水管が連通するように装着され、前記水管の下方に伸びている部分が前記収納空間の中に伸び、前記吸水管の左方に伸びている部分が前記収納空間の中に伸び、前記吸水管と、前記水管と、右側に位置する前記排水管との間には三方管が固定的に装着されている。 In a further technical plan, a storage space open to the left is installed on the left side of the sewage space, a water pump is fixedly installed on the bottom wall of the storage space, and both left and right sides of the water pump are fixedly installed. In each case, the drain pipes are installed so as to communicate with each other, the water pipes are attached to the lower side of the first settling box so as to communicate with each other, and the water absorption pipes are attached to the left wall of the storage space so as to communicate with each other. A portion extending below the water pipe extends into the storage space, a portion extending to the left of the water absorption pipe extends into the storage space, and is located on the right side of the water absorption pipe and the water pipe. A three-way pipe is fixedly attached to the drain pipe.

さらなる技術プランには、前記制御機構は前記制御空間の底壁に固定的に設置された第二モーターを含み、前記制御空間の底壁には移動板がスライドできるように設置され、前記第二モーターの右側面にはスクリューが伝動できるように連結され、前記スクリューの右方に伸びている部分が前記移動板の内壁を貫通し、且つ前記制御空間の右壁と回転できるように連結され、前記移動板が前記スクリューとねじ山によって嵌合され、前記移動板の左側面には二つの上下対称の移動ロッドが固定的に設置され、前記移動ロッドの左方に伸びている部分が右側に位置する前記支持柱の内壁を貫通し、前記移動ロッドの後側面にはヒンジピンがヒンジで連結され、前記ヒンジピンの右側面と前記移動ロッドとの間には第一ばねが固定的に装着され、前記ヒンジピンの底面には底板が固定的に設置され、前記底板と前記移動ロッドとの間には第二ばねが固定的に装着され、前記ヒンジピンは前記引っかかり溝の中に差し込まれることができる。 In a further technical plan, the control mechanism includes a second motor fixedly installed on the bottom wall of the control space, the bottom wall of the control space is installed so that a moving plate can slide, said second. A screw is connected to the right side surface of the motor so that it can be transmitted, and a portion extending to the right of the screw is connected so as to penetrate the inner wall of the moving plate and rotate with the right wall of the control space. The moving plate is fitted by the screw and the screw thread, two vertically symmetrical moving rods are fixedly installed on the left side surface of the moving plate, and the portion extending to the left of the moving rod is on the right side. A hinge pin is hinged to the rear side surface of the moving rod, penetrating the inner wall of the supporting column located, and a first spring is fixedly mounted between the right side surface of the hinge pin and the moving rod. A bottom plate is fixedly installed on the bottom surface of the hinge pin, a second spring is fixedly mounted between the bottom plate and the moving rod, and the hinge pin can be inserted into the catching groove.

本発明の有益な効果は：本発明は最大限に大型紡績業から排出された汚水を利用でき、処理した後の浄水をリサイクルでき、資源の利用率を高め、製品のコストを下げ、且つ汚水を処理する方式が簡単で便利であり、操作しやすく、装置の自動化程度が高い。撹拌機構とピストン機構とが連動して作動することにより、汚水を撹拌する過程に反応剤と充分に中和させ、汚水が最初の段階で層に分け、上層の清らかな液体は沈降機構によって二段階静置沈殿でき、一部の浄水をろ過でき、反応空間と第二沈殿池との中に残った汚水は加圧ろ過機器の加圧ろ過作用によって第三回浄水をろ過でき、制御機構はモーターを介して自動的にフィルタ−板を開けられ、力を省く。 The beneficial effects of the present invention are: The present invention can utilize the sewage discharged from the large-scale spinning industry to the maximum, can recycle the purified water after treatment, increase the utilization rate of resources, reduce the cost of products, and sewage. The method of processing is simple and convenient, it is easy to operate, and the degree of automation of the device is high. By operating the stirring mechanism and the piston mechanism in conjunction with each other, the sewage is sufficiently neutralized with the reactant in the process of stirring, the sewage is divided into layers at the first stage, and the clean liquid in the upper layer is separated by the sedimentation mechanism. Staged static sedimentation is possible, some purified water can be filtered, and the sewage remaining in the reaction space and the second sedimentation basin can be filtered by the pressurized filtration action of the pressurized filtration equipment, and the control mechanism is The filter plate can be opened automatically via the motor, saving power.

下記に図１〜４をあわせて本発明について詳しく説明し、便利に説明するために、下記の方向を以下のように規定する：図１は本発明装置の正面図であり、以下に述べる上下左右前後の方向と図１の自身投影関係の上下左右前後の方向とが一致である。 In order to explain the present invention in detail with reference to FIGS. 1 to 4 below and to explain the present invention in a convenient manner, the following directions are defined as follows: FIG. The left-right front-back direction and the up-down, left-right front-back direction of the self-projection relationship in FIG. 1 are the same.

図１は本発明の内部全体構成概略図FIG. 1 is a schematic view of the entire internal configuration of the present invention. 図２は本発明図１におけるＡの拡大概略図FIG. 2 is an enlarged schematic view of A in FIG. 1 of the present invention. 図３は本発明図１におけるＢの拡大概略図FIG. 3 is an enlarged schematic view of B in FIG. 1 of the present invention. 図４は本発明の制御機構が加圧ろ過機構を制御する作動状態の概略図FIG. 4 is a schematic view of an operating state in which the control mechanism of the present invention controls the pressurized filtration mechanism.

図１〜４を参照し、本発明の実施例における紡績業向けの汚水処理装置は、本体２２を含み、前記本体２２の頂面には反応塔３４と第一沈降箱１４とが固定的に設置され、前記第一沈降箱１４が前記反応塔３４の左側に位置し、前記反応塔３４の中には上方に開口した反応空間３５が設置され、前記反応空間３５の中に汚水を注ぐことができ、前記反応空間３５の中には汚水と反応剤を均等に撹拌できる撹拌機構１０１が設置され、前記反応塔３４の右側面にはケース３９が固定的に設置され、前記ケース３９の中には上方に開口した液貯蔵空間４０が設置され、前記液貯蔵空間４０の中には反応剤を貯蔵でき、前記液貯蔵空間４０と前記反応空間３５との間には連結空間６２が連通するように設置され、前記連結空間６２の中には前記液貯蔵空間４０の中の反応剤を間欠的に前記反応空間３５の中に排出できるピストン機構１０２が設置され、前記本体２２の中にはモーター空間４５が設置され、前記モーター空間４５の底壁には第一モーター４２が固定的に設置され、前記第一モーター４２は伝動を通じて前記撹拌機構１０１と前記ピストン機構１０２とを制御でき、前記第一沈降箱１４の中には上方に開口した第一沈殿池１３が設置され、前記第一沈殿池１３の中には沈降機構１０３が設置され、前記沈降機構１０３は前記反応空間３５の中で均等に撹拌された汚水を静置して沈殿を生成させてから汚水をろ過でき、前記モーター空間４５の下側には汚水空間２７が設置され、前記汚水空間２７は前記撹拌機構１０１と前記ピストン機構１０２とによって浄水をろ過しにくい汚水及びヘドロを貯蔵でき、前記本体２２の頂面には二つの左右対称の支持柱５０が固定的に設置され、前記支持柱５０が前記反応塔３４の右側に位置し、二つの前記支持柱５０の間には前記汚水空間２７の中に貯蔵している汚水とヘドロに加圧ろ過をできる加圧ろ過機構１０４が設置され、前記本体２２の中には上方に開口した制御空間６０が設置され、前記制御空間６０の中には前記加圧ろ過機構１０４を制御して開けることができる制御機構１０５が設置されている。 With reference to FIGS. 1 to 4, the sewage treatment apparatus for the spinning industry in the embodiment of the present invention includes the main body 22, and the reaction tower 34 and the first settling box 14 are fixedly mounted on the top surface of the main body 22. The first settling box 14 is located on the left side of the reaction tower 34, and a reaction space 35 opened upward is installed in the reaction tower 34, and sewage is poured into the reaction space 35. A stirring mechanism 101 capable of evenly stirring sewage and the reactant is installed in the reaction space 35, and a case 39 is fixedly installed on the right side surface of the reaction tower 34, and the inside of the case 39. A liquid storage space 40 opened upward is installed in the liquid storage space 40, a reactant can be stored in the liquid storage space 40, and a connecting space 62 communicates between the liquid storage space 40 and the reaction space 35. A piston mechanism 102 capable of intermittently discharging the reactant in the liquid storage space 40 into the reaction space 35 is installed in the connecting space 62, and is installed in the main body 22. A motor space 45 is installed, a first motor 42 is fixedly installed on the bottom wall of the motor space 45, and the first motor 42 can control the stirring mechanism 101 and the piston mechanism 102 through transmission. A first settling pond 13 opened upward is installed in the first settling box 14, a settling mechanism 103 is installed in the first settling pond 13, and the settling mechanism 103 is in the reaction space 35. The sewage that has been evenly agitated in the above can be allowed to stand to generate sediment, and then the sewage can be filtered. A sewage space 27 is installed under the motor space 45, and the sewage space 27 is the agitation mechanism 101 and the above. The piston mechanism 102 can store sewage and sludge that are difficult to filter purified water, and two symmetrical support columns 50 are fixedly installed on the top surface of the main body 22, and the support columns 50 are used in the reaction tower 34. A pressure filtration mechanism 104, which is located on the right side and can perform pressure filtration on sludge and sludge stored in the sewage space 27, is installed between the two support columns 50, and is inside the main body 22. A control space 60 opened upward is installed, and a control mechanism 105 capable of controlling and opening the pressure filtration mechanism 104 is installed in the control space 60.

また、一つの実施例において、前記反応塔３４の左側面には支え板３１が固定的に設置され、前記支え板３１の頂面にはジャケット３２が固定的に設置され、前記ジャケット３２の中には汚水管３３が挟まれて装着され、前記汚水管３３の右方に伸びている部分が前記反応空間３５の中に伸び、前記汚水管３３の左側の伸びている部分が汚水源と連通しており、前記汚水管３３を介して前記反応空間３５の中に汚水を注げる。 Further, in one embodiment, the support plate 31 is fixedly installed on the left side surface of the reaction tower 34, and the jacket 32 is fixedly installed on the top surface of the support plate 31, and the inside of the jacket 32. A sewage pipe 33 is sandwiched between the sewage pipes 33, and a portion extending to the right of the sewage pipe 33 extends into the reaction space 35, and a portion extending to the left side of the sewage pipe 33 communicates with a sewage source. The sewage can be poured into the reaction space 35 through the sewage pipe 33.

また、一つの実施例において、前記撹拌機構１０１はモーター軸３７を含み、前記モーター軸３７の底面が前記第一モーター４２の頂面に伝動できるように連結され、前記モーター軸３７の上方に伸びている部分が前記反応空間３５の中に伸び、且つ前記モーター軸３７の上方に伸びている部分の外周には撹拌ロッド３８が固定的に設置され、前記反応空間３５の底面にはシールスリーブ３６が固定的に設置されており、
前記第一モーター４２の作動により、前記モーター軸３７が前記撹拌ロッド３８を回転連動させ、それによって前記撹拌ロッド３８が撹拌機能を有し、前記シールスリーブ３６は密封する作用を果たせる。 Further, in one embodiment, the stirring mechanism 101 includes a motor shaft 37, is connected so that the bottom surface of the motor shaft 37 can be transmitted to the top surface of the first motor 42, and extends above the motor shaft 37. A stirring rod 38 is fixedly installed on the outer periphery of the portion extending into the reaction space 35 and extending above the motor shaft 37, and a seal sleeve 36 is provided on the bottom surface of the reaction space 35. Is fixedly installed,
By the operation of the first motor 42, the motor shaft 37 rotates and interlocks the stirring rod 38, whereby the stirring rod 38 has a stirring function and the seal sleeve 36 can perform a sealing action.

また、一つの実施例において、前記ピストン機構１０２はピストン６４を含み、前記連結空間６２の下側には下方に開口したスライド空間６３が連通するように設置され、前記ピストン６４が前記スライド空間６３の内壁にスライドできるように設置され、前記ピストン６４の下側には前記連結空間６２がヒンジで連結され、前記モーター空間４５の右側には上方に開口した曲がりロッド空間４７が設置され、前記曲がりロッド空間４７の左壁には曲がりロッド７７が回転できるように設置され、前記曲がりロッド７７の左方に伸びている部分が前記モーター空間４５の中に伸び、且つ前記曲がりロッド７７の左方に伸びている部分の左側面には第一傘歯車４４が固定的に設置され、前記モーター空間４５の中の前記モーター軸３７の外周には第二傘歯車４３が固定的に設置され、前記第二傘歯車４３が前記第一傘歯車４４と噛み合い、前記連結空間６２の下方に伸びている部分が前記曲がりロッド空間４７の中に伸び、且つ前記曲がりロッド７７とヒンジで連結されており、
前記第一モーター４２の作動により、前記モーター軸３７は前記曲がりロッド７７を回転連動させられ、それによって前記連結空間６２が前記ピストン６４を間欠的に上下に移動連動させることができ、前記液貯蔵空間４０の中の反応剤を間欠的に前記反応空間３５の中に排出できる。 Further, in one embodiment, the piston mechanism 102 includes a piston 64, is installed below the connected space 62 so as to communicate with a slide space 63 opened downward, and the piston 64 communicates with the slide space 63. The connecting space 62 is connected by a hinge under the piston 64, and a bending rod space 47 opened upward is installed on the right side of the motor space 45, so that the bending can be performed. A bent rod 77 is installed on the left wall of the rod space 47 so that the bent rod 77 can rotate, and a portion extending to the left of the bent rod 77 extends into the motor space 45 and to the left of the bent rod 77. The first umbrella gear 44 is fixedly installed on the left side surface of the extending portion, and the second umbrella gear 43 is fixedly installed on the outer periphery of the motor shaft 37 in the motor space 45. The two umbrella gear 43 meshes with the first umbrella gear 44, and a portion extending below the connecting space 62 extends into the bending rod space 47 and is connected to the bending rod 77 by a hinge.
By the operation of the first motor 42, the motor shaft 37 is rotationally interlocked with the bending rod 77, whereby the connecting space 62 can intermittently move and interlock the piston 64 up and down, and the liquid storage. The reactant in the space 40 can be intermittently discharged into the reaction space 35.

また、一つの実施例において、前記ケース３９の頂面には閉鎖蓋４１が回転できるように設置され、
前記閉鎖蓋４１を通じて前記液貯蔵空間４０を密封できる。 Further, in one embodiment, the closing lid 41 is installed on the top surface of the case 39 so as to be rotatable.
The liquid storage space 40 can be sealed through the closing lid 41.

また、一つの実施例において、前記沈降機構１０３は前記第一沈殿池１３の底壁に固定的に設置された第二沈降箱２３を含み、前記第二沈降箱２３の中には上方に開口した第二沈殿池２４が設置され、前記反応塔３４の内壁の中には第一バルブ３０が固定的に設置され、前記第一バルブ３０の右側が前記反応空間３５と連通し、前記第一バルブ３０の左側には横管２５が連通するように連結され、前記横管２５の左側が前記第二沈殿池２４と連通し、前記第二沈殿池２４と前記第一沈殿池１３との間の内壁の中には二つの左右対称の第二バルブ１２が設置され、前記第二バルブ１２は前記第二沈殿池２４と前記第一沈殿池１３とを連通させることができ、
前記第一バルブ３０を開けることにより、前記反応空間３５の中の上側にある液体を前記第二沈殿池２４の中に排出でき、液体が前記第二沈殿池２４の中に静置沈殿した後に、前記第二バルブ１２を開け、それによって前記第二沈殿池２４の中の上側にある清らかな液体を前記第一沈殿池１３の中に排出できる。 Further, in one embodiment, the settling mechanism 103 includes a second settling box 23 fixedly installed on the bottom wall of the first settling basin 13, and the second settling box 23 is opened upward. The second settling basin 24 was installed, the first valve 30 was fixedly installed in the inner wall of the reaction tower 34, the right side of the first valve 30 communicated with the reaction space 35, and the first valve 30 was installed. A horizontal pipe 25 is connected to the left side of the valve 30 so as to communicate with each other, and the left side of the horizontal pipe 25 communicates with the second settling basin 24, between the second settling basin 24 and the first settling basin 13. Two symmetrical second valves 12 are installed in the inner wall of the above, and the second valve 12 can communicate the second settling basin 24 and the first settling basin 13.
By opening the first valve 30, the liquid on the upper side in the reaction space 35 can be discharged into the second settling basin 24, and after the liquid is allowed to settle in the second settling basin 24. , The second valve 12 can be opened, whereby the pure liquid on the upper side in the second settling basin 24 can be discharged into the first settling basin 13.

また、一つの実施例において、前記反応空間３５の底壁の中には第三バルブ２９が固定的に設置され、前記第三バルブ２９の上側が前記反応空間３５と連通し、前記第三バルブ２９の下側には直管２８が連通するように連結され、前記直管２８が前記汚水空間２７と連通し、前記第二沈殿池２４の底壁の中には第四バルブ１１が固定的に設置され、前記第四バルブ１１の上側が前記第二沈殿池２４と連通し、前記第四バルブ１１の下側には連結管２６が連通するように連結され、前記連結管２６が前記汚水空間２７と連通しており、
前記第三バルブ２９を開けることにより、前記反応空間３５の中に残った汚水を前記汚水空間２７の中に排出でき、前記第四バルブ１１を開けることにより、前記第二沈殿池２４の中に残った汚水を前記汚水空間２７の中に排出できる。 Further, in one embodiment, the third valve 29 is fixedly installed in the bottom wall of the reaction space 35, the upper side of the third valve 29 communicates with the reaction space 35, and the third valve A straight pipe 28 is connected to the lower side of the 29 so as to communicate with the straight pipe 28, the straight pipe 28 communicates with the sewage space 27, and a fourth valve 11 is fixed in the bottom wall of the second sedimentation pond 24. The upper side of the fourth valve 11 communicates with the second settling pond 24, the connecting pipe 26 communicates with the lower side of the fourth valve 11, and the connecting pipe 26 communicates with the sewage. It communicates with space 27 and
By opening the third valve 29, the sewage remaining in the reaction space 35 can be discharged into the sewage space 27, and by opening the fourth valve 11, the sewage remaining in the reaction space 35 can be discharged into the second sedimentation basin 24. The remaining sewage can be discharged into the sewage space 27.

また、一つの実施例において、前記加圧ろ過機構１０４は二つの前記支持柱５０の間に固定的に設置されたスライド柱７１を含み、前記スライド柱７１の外周には七つのフィルター板６７がスライドできるように設置され、前記フィルター板６７の中にはフィルター６６が固定的に設置され、前記フィルター板６７の上下両側にはいずれも引っかかり溝６８が形成され、一番右側に位置する前記フィルター板６７の右側面には二つの上下対称の押し動かし柱７０が当接するように設置され、前記押し動かし柱７０の右方に伸びている部分が右側に位置する前記支持柱５０の内壁を貫通し、且つ前記押し動かし柱７０の右方に伸びている部分の右側面には押し動かし板５５が固定的に設置され、右側に位置する前記支持柱５０の右側面には液圧シリンダ５３が固定的に設置され、前記液圧シリンダ５３の右側面には液圧軸５６が伝動できるように連結され、前記液圧軸５６の右側面が前記押し動かし板５５と固定的に連結され、前記本体２２の頂面には汚水ポンプ４８が固定的に設置され、前記汚水ポンプ４８の上下両側にはいずれもウォーターポンプ管４９が連通するように装着され、上側に位置する前記ウォーターポンプ管４９の右方に伸びている部分が左側に位置する前記支持柱５０の内壁を貫通し、且つ左側に位置する前記フィルター板６７と連通し、下側に位置する前記ウォーターポンプ管４９が前記汚水空間２７と連通し、前記汚水空間２７の右側には上下方向に開口した貯蔵空間５１が設置され、前記貯蔵空間５１の下側には閉鎖ドア５２がスライドできるように装着されており、
前記汚水ポンプ４８の作動により、前記汚水空間２７の中の汚水を前記フィルタ−板６７の中に輸送でき、前記液圧シリンダ５３の作動により、前記押し動かし板５５が前記押し動かし柱７０を連動させて六つの前記フィルタ−板６７を押し、それによって前記フィルタ−板６７の中の汚水に加圧ろ過を行って浄水を押し出し、且つ浄水を前記貯蔵空間５１の中に排出できる。 Further, in one embodiment, the pressure filtration mechanism 104 includes a slide column 71 fixedly installed between the two support columns 50, and seven filter plates 67 are formed on the outer periphery of the slide column 71. The filter 66 is fixedly installed in the filter plate 67 so as to be slidable, and catching grooves 68 are formed on both the upper and lower sides of the filter plate 67, and the filter located on the far right side. Two vertically symmetrical push-moving columns 70 are installed on the right side surface of the plate 67 so as to abut, and a portion extending to the right of the pushing-moving column 70 penetrates the inner wall of the support column 50 located on the right side. A push-moving plate 55 is fixedly installed on the right side surface of the portion extending to the right of the push-moving pillar 70, and a hydraulic cylinder 53 is placed on the right side surface of the support pillar 50 located on the right side. It is fixedly installed, and the hydraulic shaft 56 is fixedly connected to the right side surface of the hydraulic cylinder 53 so that the hydraulic shaft 56 can be transmitted, and the right side surface of the hydraulic shaft 56 is fixedly connected to the push-moving plate 55. A sewage pump 48 is fixedly installed on the top surface of the main body 22, and water pump pipes 49 are mounted on both the upper and lower sides of the sewage pump 48 so as to communicate with each other, and the water pump pipe 49 located on the upper side. The portion extending to the right penetrates the inner wall of the support column 50 located on the left side and communicates with the filter plate 67 located on the left side, and the water pump pipe 49 located on the lower side penetrates the sewage space 27. A storage space 51 opened in the vertical direction is installed on the right side of the sewage space 27, and a closed door 52 is mounted on the lower side of the storage space 51 so as to slide.
By the operation of the sewage pump 48, the sewage in the sewage space 27 can be transported into the filter-plate 67, and by the operation of the hydraulic cylinder 53, the push-moving plate 55 interlocks with the push-moving pillar 70. The six filter plates 67 can be pushed, whereby the sewage in the filter plate 67 can be pressure-filtered to extrude purified water, and the purified water can be discharged into the storage space 51.

また、一つの実施例において、前記汚水空間２７の左側には左方に開口した収納空間２１が設置され、前記収納空間２１の底壁にはウォーターポンプ２０が固定的に設置され、前記ウォーターポンプ２０の左右両側面にはいずれも排水管１９が連通するように設置され、前記第一沈降箱１４の下側には水管１８が連通するように装着され、前記貯蔵空間５１の左壁には吸水管１６が連通するように装着され、前記水管１８の下方に伸びている部分が前記収納空間２１の中に伸び、前記吸水管１６の左方に伸びている部分が前記収納空間２１の中に伸び、前記吸水管１６と、前記水管１８と、右側に位置する前記排水管１９との間には三方管１７が固定的に装着されており、
前記ウォーターポンプ２０の作動により、前記第一沈殿池１３と前記貯蔵空間５１との中からろ過されてきた浄水を本発明の装置から吸い出し、且つ前記排水管１９を介して排出する。 Further, in one embodiment, a storage space 21 opened to the left is installed on the left side of the sewage space 27, and a water pump 20 is fixedly installed on the bottom wall of the storage space 21. Drain pipes 19 are installed on both the left and right sides of the 20 so as to communicate with each other, and water pipes 18 are installed under the first settling box 14 so as to communicate with each other, and on the left wall of the storage space 51. The water absorption pipe 16 is mounted so as to communicate with each other, a portion extending below the water pipe 18 extends into the storage space 21, and a portion extending to the left of the water absorption pipe 16 is inside the storage space 21. A three-way pipe 17 is fixedly mounted between the water suction pipe 16 and the water pipe 18 and the drain pipe 19 located on the right side.
By the operation of the water pump 20, the purified water filtered from the first settling basin 13 and the storage space 51 is sucked out from the apparatus of the present invention and discharged through the drain pipe 19.

また、一つの実施例において、前記制御機構１０５は前記制御空間６０の底壁に固定的に設置された第二モーター５９を含み、前記制御空間６０の底壁には移動板５７がスライドできるように設置され、前記第二モーター５９の右側面にはスクリュー６１が伝動できるように連結され、前記スクリュー６１の右方に伸びている部分が前記移動板５７の内壁を貫通し、且つ前記制御空間６０の右壁と回転できるように連結され、前記移動板５７が前記スクリュー６１とねじ山によって嵌合され、前記移動板５７の左側面には二つの上下対称の移動ロッド５８が固定的に設置され、前記移動ロッド５８の左方に伸びている部分が右側に位置する前記支持柱５０の内壁を貫通し、前記移動ロッド５８の後側面にはヒンジピン７３がヒンジで連結され、前記ヒンジピン７３の右側面と前記移動ロッド５８との間には第一ばね７２が固定的に装着され、前記ヒンジピン７３の底面には底板７４が固定的に設置され、前記底板７４と前記移動ロッド５８との間には第二ばね７５が固定的に装着され、前記ヒンジピン７３は前記引っかかり溝６８の中に差し込まれることができ、
前記第二モーター５９の作動により、前記移動板５７が左方に移動でき、それによって前記ヒンジピン７３が前記引っかかり溝６８の中に差し込まれ、前記第二モーター５９が逆方向に回転する時に、前記移動ロッド５８が前記フィルタ−板６７を引き動かして右方に開けられ、それによって加圧ろ過されたヘドロが前記貯蔵空間５１の中に排出され、前記閉鎖ドア５２を開けることにより、ヘドロを本発明の装置から排出できる。 Further, in one embodiment, the control mechanism 105 includes a second motor 59 fixedly installed on the bottom wall of the control space 60 so that the moving plate 57 can slide on the bottom wall of the control space 60. The screw 61 is connected to the right side surface of the second motor 59 so that the screw 61 can be transmitted, and a portion extending to the right of the screw 61 penetrates the inner wall of the moving plate 57 and the control space. It is rotatably connected to the right wall of 60, the moving plate 57 is fitted with the screw 61 by a screw thread, and two vertically symmetrical moving rods 58 are fixedly installed on the left side surface of the moving plate 57. A portion extending to the left of the moving rod 58 penetrates the inner wall of the support column 50 located on the right side, and a hinge pin 73 is connected to the rear side surface of the moving rod 58 with a hinge to form the hinge pin 73. A first spring 72 is fixedly mounted between the right side surface and the moving rod 58, and a bottom plate 74 is fixedly installed on the bottom surface of the hinge pin 73, and between the bottom plate 74 and the moving rod 58. A second spring 75 is fixedly attached to the hinge pin 73, and the hinge pin 73 can be inserted into the catching groove 68.
When the moving plate 57 can be moved to the left by the operation of the second motor 59, whereby the hinge pin 73 is inserted into the catching groove 68, and the second motor 59 rotates in the opposite direction, the said. The moving rod 58 pulls the filter-plate 67 to open it to the right, whereby the sludge filtered under pressure is discharged into the storage space 51, and the sludge is opened by opening the closing door 52. It can be discharged from the device of the invention.

本発明の装置を使用する時に、汚水管３３を介して反応空間の中に汚水を注げ、第一モーター４２の作動により、モーター軸３７が撹拌ロッド３８を回転連動させられ、それによって撹拌ロッド３８が撹拌する機能を有し、シールスリーブ３６は密封する作用を果たせ、第一モーター４２の作動により、モーター軸３７は曲がりロッド７７を回転連動させられ、それによって連結空間６２がピストン６４を間欠的に上下に移動連動させることができ、液貯蔵空間４０の中の反応剤を間欠的に反応空間３５の中に排出でき、第一バルブ３０を開けることにより、反応空間３５の中の上側にある液体を第二沈殿池２４の中に排出でき、液体が第二沈殿池２４の中に静置沈殿した後に、第二バルブ１２を開け、それによって第二沈殿池２４の中の上側にある清らかな液体を第一沈殿池１３の中に排出でき、第三バルブ２９を開けることにより、反応空間３５の中に残った汚水を汚水空間２７の中に排出でき、第四バルブ１１を開けることにより、第二沈殿池２４の中に残った汚水を汚水空間２７の中に排出でき、汚水ポンプ４８の作動により、汚水空間２７の中の汚水をフィルタ−板６７の中に輸送でき、液圧シリンダ５３の作動により、押し動かし板５５が押し動かし柱７０を連動させて六つのフィルター板６７を押し、それによってフィルター板６７の中の汚水に加圧ろ過を行って浄水を押し出し、且つ浄水を貯蔵空間５１の中に排出でき、ウォーターポンプ２０の作動により、第一沈殿池１３と貯蔵空間５１との中からろ過されてきた浄水を本発明の装置から吸い出し、且つ排水管１９を介して排出し、第二モーター５９の作動により、移動板５７が左方に移動でき、それによってヒンジピン７３が引っかかり溝６８の中に差し込まれ、第二モーター５９が逆方向に回転する時に、移動ロッド５８がフィルター板６７を引き動かして右方に開け、それによって加圧ろ過されたヘドロとが貯蔵空間５１の中に排出され、閉鎖ドア５２を開けることにより、ヘドロを本発明の装置から排出できる。 When using the apparatus of the present invention, sewage is poured into the reaction space through the sewage pipe 33, and the operation of the first motor 42 causes the motor shaft 37 to rotate and interlock the stirring rod 38, whereby the stirring rod 38 is rotated. The seal sleeve 36 has a function of stirring, and the operation of the first motor 42 causes the motor shaft 37 to rotate and interlock the bending rod 77, whereby the connecting space 62 intermittently connects the piston 64. The reactant in the liquid storage space 40 can be intermittently discharged into the reaction space 35, and by opening the first valve 30, it is located on the upper side in the reaction space 35. The liquid can be discharged into the second settling basin 24, and after the liquid has settled statically in the second settling basin 24, the second valve 12 is opened, thereby purifying the upper side in the second settling basin 24. Liquid can be discharged into the first settling basin 13, and by opening the third valve 29, the sewage remaining in the reaction space 35 can be discharged into the sewage space 27, and by opening the fourth valve 11. , The sewage remaining in the second settling basin 24 can be discharged into the sewage space 27, and the sewage in the sewage space 27 can be transported into the filter plate 67 by the operation of the sewage pump 48, and the hydraulic cylinder. By the operation of 53, the push-moving plate 55 pushes and moves the pillar 70 to push the six filter plates 67, thereby performing pressure filtration on the sewage in the filter plate 67 to push out purified water and store the purified water. The purified water that can be discharged into the space 51 and has been filtered from the first settling basin 13 and the storage space 51 by the operation of the water pump 20 is sucked out from the apparatus of the present invention and discharged through the drain pipe 19. By the operation of the second motor 59, the moving plate 57 can be moved to the left, whereby the hinge pin 73 is inserted into the catching groove 68, and when the second motor 59 rotates in the opposite direction, the moving rod 58 filters. By pulling the plate 67 to open it to the right, the pressure-filtered hedro is discharged into the storage space 51, and the closed door 52 is opened, the hedro can be discharged from the apparatus of the present invention.

本発明の有益な効果は：本発明は最大限に大型紡績業から排出された汚水を利用でき、処理した後の浄水をリサイクルでき、資源の利用率を高め、製品のコストを下げ、且つ汚水を処理する方式が簡単で便利であり、操作しやすく、装置の自動化程度が高い。撹拌機構とピストン機構とが連動して作動することにより、汚水を撹拌する過程に反応剤と充分に中和させ、汚水が最初の段階で層に分け、上層の清らかな液体は沈降機構によって二段階静置沈殿でき、一部の浄水をろ過でき、反応空間と第二沈殿池との中に残った汚水は加圧ろ過機器の加圧ろ過作用によって第三回浄水をろ過でき、制御機構はモーターを介して自動的にフィルタ−板を開けられ、力を省く。 The beneficial effects of the present invention are: The present invention can utilize the sewage discharged from the large-scale spinning industry to the maximum, can recycle the purified water after treatment, increase the utilization rate of resources, reduce the cost of products, and sewage. The method of processing is simple and convenient, it is easy to operate, and the degree of automation of the device is high. By operating the stirring mechanism and the piston mechanism in conjunction with each other, the sewage is sufficiently neutralized with the reactant in the process of stirring, the sewage is divided into layers at the first stage, and the clean liquid in the upper layer is separated by the sedimentation mechanism. Staged static sedimentation is possible, some purified water can be filtered, and the sewage remaining in the reaction space and the second sedimentation basin can be filtered by the pressurized filtration action of the pressurized filtration equipment, and the control mechanism is The filter plate can be opened automatically via the motor, saving power.

当業者は明確できることは、本出願の総体精神及び構想から離脱しない限り、上記実施例に各種の変型を行うことができる。それらの変型はいずれも本出願の保護範囲中にカバーすべきである。本出願の保護方案は本出願に添付した特許の請求の範囲を基準とするべきである。 Those skilled in the art can make various modifications to the above embodiments as long as they do not depart from the general spirit and concept of the present application. All of these variants should be covered within the scope of protection of this application. The protection plan of this application should be based on the claims of the patent attached to this application.

Claims (7)

本体を含み、前記本体の頂面には反応塔と第一沈降箱とが固定的に設置され、前記第一沈降箱が前記反応塔の左側に位置し、前記反応塔の中には上方に開口した反応空間が設置され、前記反応空間の中に汚水を注ぐことができ、前記反応空間の中には汚水と反応剤を均等に撹拌できる撹拌機構が設置され、前記反応塔の右側面にはケースが固定的に設置され、前記ケースの中には上方に開口した液貯蔵空間が設置され、前記液貯蔵空間の中には反応剤を貯蔵でき、前記液貯蔵空間と前記反応空間との間には連結空間が連通するように設置され、前記連結空間の中には前記液貯蔵空間の中の反応剤を間欠的に前記反応空間の中に排出できるピストン機構が設置され、前記本体の中にはモーター空間が設置され、前記モーター空間の底壁には第一モーターが固定的に設置され、前記第一モーターは伝動を通じて前記撹拌機構と前記ピストン機構とを制御でき、
前記第一沈降箱の中には上方に開口した第一沈殿池が設置され、前記第一沈殿池の中には沈降機構が設置され、前記沈降機構は前記反応空間の中で均等に撹拌された汚水を静置して沈殿を生成させてから汚水をろ過でき、前記モーター空間の下側には汚水空間が設置され、前記汚水空間は前記撹拌機構と前記ピストン機構とによって浄水をろ過しにくい汚水及びヘドロを貯蔵でき、前記本体の頂面には二つの左右対称の支持柱が固定的に設置され、前記支持柱が前記反応塔の右側に位置し、二つの前記支持柱の間には前記汚水空間の中に貯蔵している汚水とヘドロに加圧ろ過をできる加圧ろ過機構が設置され、前記本体の中には上方に開口した制御空間が設置され、前記制御空間の中には前記加圧ろ過機構を制御して開けることができる制御機構が設置され、
前記加圧ろ過機構は二つの前記支持柱の間に固定的に設置されたスライド柱を含み、前記スライド柱の外周には七つのフィルター板がスライドできるように設置され、前記フィルター板の中にはフィルターが固定的に設置され、前記フィルター板の上下両側にはいずれも引っかかり溝が形成され、一番右側に位置する前記フィルター板の右側面には二つの上下対称の押し動かし柱が当接するように設置され、前記押し動かし柱の右方に伸びている部分が右側に位置する前記支持柱の内壁を貫通し、且つ前記押し動かし柱の右方に伸びている部分の右側面には押し動かし板が固定的に設置され、右側に位置する前記支持柱の右側面には液圧シリンダが固定的に設置され、前記液圧シリンダの右側面には液圧軸が伝動できるように連結され、前記液圧軸の右側面が前記押し動かし板と固定的に連結され、前記本体の頂面には汚水ポンプが固定的に設置され、前記汚水ポンプの上下両側にはいずれもウォーターポンプ管が連通するように装着され、上側に位置する前記ウォーターポンプ管の右方に伸びている部分が左側に位置する前記支持柱の内壁を貫通し、且つ左側に位置する前記フィルター板と連通し、下側に位置する前記ウォーターポンプ管が前記汚水空間と連通し、前記汚水空間の右側には上下方向に開口した貯蔵空間が設置され、前記貯蔵空間の下側には閉鎖ドアがスライドできるように装着され、
前記汚水空間の左側には左方に開口した収納空間が設置され、前記収納空間の底壁にはウォーターポンプが固定的に設置され、前記ウォーターポンプの左右両側面にはいずれも排水管が連通するように設置され、前記第一沈降箱の下側には水管が連通するように装着され、前記貯蔵空間の左壁には吸水管が連通するように装着され、前記水管の下方に伸びている部分が前記収納空間の中に伸び、前記吸水管の左方に伸びている部分が前記収納空間の中に伸び、前記吸水管と、前記水管と、右側に位置する前記排水管との間には三方管が固定的に装着され、
前記制御機構は前記制御空間の底壁に固定的に設置された第二モーターを含み、前記制御空間の底壁には移動板がスライドできるように設置され、前記第二モーターの右側面にはスクリューが伝動できるように連結され、前記スクリューの右方に伸びている部分が前記移動板の内壁を貫通し、且つ前記制御空間の右壁と回転できるように連結され、前記移動板が前記スクリューとねじ山によって嵌合され、前記移動板の左側面には二つの上下対称の移動ロッドが固定的に設置され、前記移動ロッドの左方に伸びている部分が右側に位置する前記支持柱の内壁を貫通し、前記移動ロッドの後側面にはヒンジピンがヒンジで連結され、前記ヒンジピンの右側面と前記移動ロッドとの間には第一ばねが固定的に装着され、前記ヒンジピンの底面には底板が固定的に設置され、前記底板と前記移動ロッドとの間には第二ばねが固定的に装着され、前記ヒンジピンは前記引っかかり溝の中に差し込まれることができることを特徴とする紡績業向けの汚水処理装置。 A reaction tower and a first settling box are fixedly installed on the top surface of the main body including the main body, and the first settling box is located on the left side of the reaction tower and is located upward in the reaction tower. An open reaction space is installed, sewage can be poured into the reaction space, and a stirring mechanism capable of evenly stirring the sewage and the reactant is installed in the reaction space on the right side surface of the reaction tower. The case is fixedly installed, a liquid storage space opened upward is installed in the case, and a reactant can be stored in the liquid storage space, and the liquid storage space and the reaction space can be stored. A connecting space is installed so as to communicate with each other, and a piston mechanism capable of intermittently discharging the reactant in the liquid storage space into the reaction space is installed in the connected space, and the main body of the main body is installed. A motor space is installed inside, a first motor is fixedly installed on the bottom wall of the motor space, and the first motor can control the stirring mechanism and the piston mechanism through transmission.
A first settling pond opened upward is installed in the first settling box, a settling mechanism is installed in the first settling pond, and the settling mechanism is uniformly agitated in the reaction space. The sludge can be filtered after the sludge is allowed to stand to generate sediment, and a sewage space is installed under the motor space. The sewage space is difficult to filter purified water by the stirring mechanism and the piston mechanism. Sewage and sludge can be stored, two symmetrical support columns are fixedly installed on the top surface of the main body, the support column is located on the right side of the reaction tower, and between the two support columns. A pressure filtration mechanism capable of pressure filtration of sewage and sludge stored in the sewage space is installed, a control space opened upward is installed in the main body, and a control space opened upward is installed in the control space. A control mechanism that can control and open the pressure filtration mechanism is installed.
The pressure filtration mechanism includes a slide column fixedly installed between the two support columns, and seven filter plates are installed on the outer periphery of the slide column so as to be slidable in the filter plate. The filter is fixedly installed, catching grooves are formed on both the upper and lower sides of the filter plate, and two vertically symmetrical pushing columns are in contact with the right side surface of the filter plate located on the far right side. The portion extending to the right of the pushing-moving pillar penetrates the inner wall of the supporting pillar located on the right side, and is pushed to the right side of the portion extending to the right of the pushing-moving pillar. A moving plate is fixedly installed, a hydraulic cylinder is fixedly installed on the right side surface of the support column located on the right side, and a hydraulic pressure shaft is connected to the right side surface of the hydraulic cylinder so that the hydraulic shaft can be transmitted. , The right side surface of the hydraulic shaft is fixedly connected to the push-moving plate, a sewage pump is fixedly installed on the top surface of the main body, and water pump pipes are installed on both upper and lower sides of the sewage pump. It is mounted so as to communicate with each other, and the portion extending to the right of the water pump pipe located on the upper side penetrates the inner wall of the support column located on the left side and communicates with the filter plate located on the left side. The water pump pipe located on the side communicates with the sewage space, a storage space opened in the vertical direction is installed on the right side of the sewage space, and a closed door is attached to the lower side of the storage space so that it can slide. Being done
A storage space opened to the left is installed on the left side of the sewage space, a water pump is fixedly installed on the bottom wall of the storage space, and drain pipes are connected to both the left and right sides of the water pump. The water pipe is mounted on the lower side of the first settling box so as to communicate with the water pipe, and the water suction pipe is mounted on the left wall of the storage space so as to communicate with the water pipe. The portion extending into the storage space and the portion extending to the left of the water absorption pipe extend into the storage space, and between the water absorption pipe, the water pipe, and the drain pipe located on the right side. A three-way pipe is fixedly attached to the
The control mechanism includes a second motor fixedly installed on the bottom wall of the control space, is installed on the bottom wall of the control space so that a moving plate can slide, and is installed on the right side surface of the second motor. The screws are connected so that they can be transmitted, and the portion extending to the right of the screw penetrates the inner wall of the moving plate and is connected so as to be rotatable with the right wall of the control space, and the moving plate is connected to the screw. Two vertically symmetrical moving rods are fixedly installed on the left side surface of the moving plate, and the portion extending to the left of the moving rod is located on the right side of the support column. A hinge pin is hinged to the rear side surface of the moving rod, penetrating the inner wall, and a first spring is fixedly mounted between the right side surface of the hinge pin and the moving rod, and is attached to the bottom surface of the hinge pin. For the spinning industry, the bottom plate is fixedly installed, a second spring is fixedly mounted between the bottom plate and the moving rod, and the hinge pin can be inserted into the catching groove. Sewage treatment equipment. 前記反応塔の左側面には支え板が固定的に設置され、前記支え板の頂面にはジャケットが固定的に設置され、前記ジャケットの中には汚水管が挟まれて装着され、前記汚水管の右方に伸びている部分が前記反応空間の中に伸び、前記汚水管の左側の伸びている部分が汚水源と連通していることを特徴とする請求項１に記載の紡績業向けの汚水処理装置。 A support plate is fixedly installed on the left side surface of the reaction tower, a jacket is fixedly installed on the top surface of the support plate, and a sewage pipe is sandwiched and mounted in the jacket. The spinning industry according to claim 1, wherein a portion extending to the right of the pipe extends into the reaction space, and a portion extending to the left of the sewage pipe communicates with a sewage source. Sewage treatment equipment. 前記撹拌機構はモーター軸を含み、前記モーター軸の底面が前記第一モーターの頂面に伝動できるように連結され、前記モーター軸の上方に伸びている部分が前記反応空間の中に伸び、且つ前記モーター軸の上方に伸びている部分の外周には撹拌ロッドが固定的に設置され、前記反応空間の底面にはシールスリーブが固定的に設置されていることを特徴とする請求項２に記載の紡績業向けの汚水処理装置。 The stirring mechanism includes a motor shaft, and the bottom surface of the motor shaft is connected so as to be transmitted to the top surface of the first motor, and a portion extending above the motor shaft extends into the reaction space and The second aspect of claim 2, wherein a stirring rod is fixedly installed on the outer periphery of a portion extending above the motor shaft, and a seal sleeve is fixedly installed on the bottom surface of the reaction space. Sewage treatment equipment for the spinning industry. 前記ピストン機構はピストンを含み、前記連結空間の下側には下方に開口したスライド空間が連通するように設置され、前記ピストンが前記スライド空間の内壁にスライドできるように設置され、前記ピストンの下側には前記連結空間がヒンジで連結され、前記モーター空間の右側には上方に開口した曲がりロッド空間が設置され、前記曲がりロッド空間の左壁には曲がりロッドが回転できるように設置され、前記曲がりロッドの左方に伸びている部分が前記モーター空間の中に伸び、且つ前記曲がりロッドの左方に伸びている部分の左側面には第一傘歯車が固定的に設置され、前記モーター空間の中の前記モーター軸の外周には第二傘歯車が固定的に設置され、前記第二傘歯車が前記第一傘歯車と噛み合い、前記連結空間の下方に伸びている部分が前記曲がりロッド空間の中に伸び、且つ前記曲がりロッドとヒンジで連結されていることを特徴とする請求項３に記載の紡績業向けの汚水処理装置。 The piston mechanism includes a piston, and is installed below the connected space so that a slide space opened downward communicates with the piston mechanism, and the piston is installed so as to slide on the inner wall of the slide space. The connected space is connected by a hinge on the side, a bent rod space opened upward is installed on the right side of the motor space, and the bent rod is installed on the left wall of the bent rod space so that the bent rod can rotate. The portion extending to the left of the bending rod extends into the motor space, and the first umbrella gear is fixedly installed on the left side surface of the portion extending to the left of the bending rod, and the motor space is provided. A second umbrella gear is fixedly installed on the outer periphery of the motor shaft in the inside, the second umbrella gear meshes with the first umbrella gear, and a portion extending below the connected space is the bending rod space. The sewage treatment apparatus for the spinning industry according to claim 3, wherein the sewage treatment apparatus extends into the space and is connected to the bending rod by a hinge. 前記ケースの頂面には閉鎖蓋が回転できるように設置されていることを特徴とする請求項４に記載の紡績業向けの汚水処理装置。 The sewage treatment apparatus for the spinning industry according to claim 4, wherein a closing lid is installed on the top surface of the case so as to be rotatable. 前記沈降機構は前記第一沈殿池の底壁に固定的に設置された第二沈降箱を含み、前記第二沈降箱の中には上方に開口した第二沈殿池が設置され、前記反応塔の内壁の中には第一バルブが固定的に設置され、前記第一バルブの右側が前記反応空間と連通し、前記第一バルブの左側には横管が連通するように連結され、前記横管の左側が前記第二沈殿池と連通し、前記第二沈殿池と前記第一沈殿池との間の内壁の中には二つの左右対称の第二バルブが設置され、前記第二バルブは前記第二沈殿池と前記第一沈殿池とを連通させることができることを特徴とする請求項１に記載の紡績業向けの汚水処理装置。 The settling mechanism includes a second settling basin fixedly installed on the bottom wall of the first settling basin, and a second settling basin opened upward is installed in the second settling basin. The first valve is fixedly installed in the inner wall of the first valve, the right side of the first valve communicates with the reaction space, and the left side of the first valve is connected so as to communicate with a horizontal pipe. The left side of the pipe communicates with the second settling basin, and two symmetrical second valves are installed in the inner wall between the second settling basin and the first settling basin. The sewage treatment apparatus for the spinning industry according to claim 1, wherein the second settling basin and the first settling basin can be communicated with each other. 前記反応空間の底壁の中には第三バルブが固定的に設置され、前記第三バルブの上側が前記反応空間と連通し、前記第三バルブの下側には直管が連通するように連結され、前記直管が前記汚水空間と連通し、前記第二沈殿池の底壁の中には第四バルブが固定的に設置され、前記第四バルブの上側が前記第二沈殿池と連通し、前記第四バルブの下側には連結管が連通するように連結され、前記連結管が前記汚水空間と連通していることを特徴とする請求項６に記載の紡績業向けの汚水処理装置。 A third valve is fixedly installed in the bottom wall of the reaction space so that the upper side of the third valve communicates with the reaction space and the straight pipe communicates with the lower side of the third valve. Connected, the straight pipe communicates with the sewage space, a fourth valve is fixedly installed in the bottom wall of the second sedimentation pond, and the upper side of the fourth valve communicates with the second sedimentation pond. The sewage treatment for the spinning industry according to claim 6, wherein a connecting pipe is connected to the lower side of the fourth valve so as to communicate with the connecting pipe, and the connecting pipe communicates with the sewage space. apparatus.
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