JP6606753B1 - Rapid water quality online monitoring equipment - Google Patents

Rapid water quality online monitoring equipment Download PDF

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JP6606753B1
JP6606753B1 JP2018115664A JP2018115664A JP6606753B1 JP 6606753 B1 JP6606753 B1 JP 6606753B1 JP 2018115664 A JP2018115664 A JP 2018115664A JP 2018115664 A JP2018115664 A JP 2018115664A JP 6606753 B1 JP6606753 B1 JP 6606753B1
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groove
chute
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belt pulley
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余芳▲くん▼
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義烏市源徳進出口有限公司
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    • G01N33/18—Water
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
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Abstract

【課題】本発明は快速な水質オンライン監視設備を開示した。【解決手段】溝渠と前記溝渠に固定に設置されて前記溝渠を遮断する堤体を含み、前記堤体が前記溝渠の頂部より高いかつ前記堤体の左端面の頂部に左伸長ブロックが一体式に設置され、前記左伸長ブロクの左側に左に傾いて設置されるガイドプレートが固定に接続され、前記堤体の左端面に前記溝渠の頂端面の上に開き溝が設置され、前記堤体の左端面に前記溝渠の頂端面の下に排水溝が設置され、本発明は構造が簡単で、操作が簡単かつ便利で、水位の上昇または降下にしたがって自動的に水の排出と監視の仕事をコントロールすることを実現し、装置全体が環境を保護でき、占める面積が小さく、現代化農業灌漑の使用に相応しく、水が溝渠外に溢れることを避け、本装置の使用寿命も延長し、水を監視する効果が著しく、現在に溝渠に対する使用需要を満足する。【選択図】図1The present invention discloses a rapid water quality online monitoring facility. A dam body and a bank body fixed to the groove wall and blocking the groove wall are included, and the bank body is higher than a top portion of the groove wall and a left extension block is integrated with a top portion of a left end surface of the bank body. A guide plate installed on the left side of the left extension block is fixedly connected to the left extension block, and an opening groove is installed on the top end surface of the groove ridge on the left end surface of the dam body. The drainage groove is installed on the left end surface under the top end surface of the trough, and the present invention is simple in structure, easy to operate and convenient, and automatically discharges and monitors water according to the rise or fall of the water level. The entire device can protect the environment, occupies a small area, is suitable for modern agricultural irrigation, avoids water overflowing outside the trough, extends the service life of this device, The effect of monitoring is remarkable, Against to satisfy the use demand. [Selection] Figure 1

Description

本発明は水利技術分野に関し、具体的には、快速な水質オンライン監視設備に関する。   The present invention relates to the field of water utilization, and more particularly to a rapid water quality online monitoring facility.

現在に、国内では多くの小型水域が水質監視設備が取付けられておらず、此れは現在の水質監視の大部分が主要的な水域に集中され、小型の河または灌漑溝渠では価格が高くて機型が膨大であるため、装置の取付けが実施しておらず、特に灌漑溝渠では、灌漑用水の汚染が農作物の死亡に繋ぎ、農作物の凶作から災害までをもたらす。このため、現在の水質監視設備は灌漑溝渠の使用を満足できず、快速な水質オンライン監視設備が切に必要である。   At present, many small water bodies in the country are not equipped with water quality monitoring equipment, which means that most of the current water quality monitoring is concentrated in the main water areas, and the price is high in small rivers or irrigation trenches. Due to the huge type of equipment, no equipment has been installed. Especially in the irrigation ditch, the contamination of irrigation water leads to the death of crops, leading to crops from crops to disasters. For this reason, the current water quality monitoring equipment cannot satisfy the use of irrigation troughs, and a rapid water quality online monitoring equipment is needed.

中国特許出願公開第105974081号明細書Chinese Patent Application No. 105974081

本発明の目的は上記の背景技術に提出された問題を解決するための快速な水質オンライン監視設備を提供することにある。   An object of the present invention is to provide a rapid water quality on-line monitoring facility for solving the problems submitted to the background art described above.

上記の目的を実現するために、本発明には、溝渠と前記溝渠に固定して設置されて前記溝渠を遮断する堤体を含み、前記堤体に、前記溝渠の頂部より高くかつ前記堤体の左端面よりも左に伸張する左伸長ブロックが一体式に設置され、前記左伸長ブロックの左側に左に傾いて設置されるガイドプレートが固定して接続され、前記堤体の左端と同一面でかつ前記溝渠の頂端面の上に開き溝が設置され、前記堤体の左端と同一面でかつ前記溝渠の頂端面の下に排水溝が設置され、前記堤体の右端面の底部位置に近接するところに流出溝が設置され、前記流出溝の底端壁に沈み溝が設置され、前記排水溝と前記流出溝の間に傾斜溝が連通され、前記流出溝の頂端壁に上に伸びる縦様シュートが設置され、前記開き溝の右端壁に前記縦様シュートの頂端と相通する横様シュートが設置され、前記排水溝と前記横様シュートの間に閉鎖シュートが連通され、前記排水溝の底端壁に前記閉鎖シュートと相対する閉鎖カード溝が設置され、前記閉鎖シュートに上下にスライドする閉鎖スライドブロックが設置され、前記閉鎖スライドブロックの左端面の頂部に左へ前記開き溝を貫通しかつ前記開き溝の外部に伸びる押し板が固定して設置され、前記押し板の頂端面にバランスウェイトブロックが嵌入し設置され、前記閉鎖スライドブロックの右端面に歯棹が嵌入し設置され、前記横様シュートの左端の底部に第一伝動組が設置され、前記縦様シュートの頂端に第二伝動組が設置され、前記縦様シュートの底端に第三伝動組と前記縦様シュートから差し出る監視装置が設置され、前記縦様シュートの中に前記監視装置と前記第三伝動組の間に仕切板が設置され、前記仕切板の中間に貫穴が設置され、前記横様シュートの頂端壁に指摘部品が設置され、前記堤体の左端面に牽引フックが設置され、前記牽引フックに長線が繋がれ、前記長線の前記牽引フックから遠離する一端にフロートが繋がれ、前記排水溝の左端の開口に濾過網が設置され、前記堤体の頂部に防護部品が設置される。 In order to achieve the above object, the present invention includes a groove wall and a bank body fixed to the groove wall and blocking the groove wall , the bank body being higher than a top of the groove wall and the bank body A left extension block that extends to the left of the left end surface of the left extension block is integrally installed, and a guide plate that is installed to be inclined to the left is fixedly connected to the left side of the left extension block , and is flush with the left end of the dam body In addition, an open groove is installed on the top end surface of the groove body , a drainage groove is installed on the same surface as the left end of the bank body and below the top end surface of the groove body, and is located at the bottom position of the right end surface of the bank body. An outflow groove is installed in the vicinity, a sinking groove is installed in the bottom end wall of the outflow groove, an inclined groove is communicated between the drainage groove and the outflow groove, and extends upward to the top end wall of the outflow groove. A vertical chute is installed, and the top of the vertical chute is placed on the right end wall of the opening groove. A lateral chute that communicates with the closed channel is connected between the drain groove and the lateral chute, and a closed card groove facing the closed chute is installed on the bottom end wall of the drain groove, A closed slide block that slides up and down is installed on the chute, and a push plate that penetrates the open groove to the left and extends to the outside of the open groove is fixedly installed at the top of the left end surface of the closed slide block, and the push A balance weight block is fitted and installed on the top end surface of the plate, a toothed tooth is fitted and installed on the right end surface of the closed slide block, a first transmission set is installed on the bottom of the left end of the lateral chute, and the vertical A second transmission set is installed at the top end of the chute, and a monitoring device that is inserted from the third transmission set and the vertical chute is installed at the bottom end of the vertical chute. A partition plate is installed between the monitoring device and the third transmission set, a through hole is installed in the middle of the partition plate, a pointing component is installed on the top end wall of the lateral chute, and the left end of the dam body A tow hook is installed on the surface, a long line is connected to the tow hook, a float is connected to one end of the long line far from the tow hook, a filtration net is installed at the left end opening of the drainage groove, and the levee body A protective part is installed on the top.

好ましい技術プランとして、前記指摘部品が前記横様シュートの頂端壁に設置される押出溝と前記堤体の頂端面に設置されるランプ保有溝を含み、前記押出溝と前記ランプ保有溝の間に右スライド溝が連通され、前記押出溝の頂端壁にばね溝が設置され、前記ばね溝に押出ばねが設置され、前記右スライド溝に上下に昇降できる右スライドブロックが設置され、前記押出溝に前記右スライドブロックの底端と固定して接続される押出ブロックが設置され、前記ランプ保有溝に前記右スライドブロックの頂端と固定して接続されるＬＥＤ指示ランプが設置され、前記押出ばねの頂端が前記ばね溝の頂端壁と固定して接続され、前記押出ばねの底端が前記押出ブロックの頂端面と固定して接続され、前記押出ばねが前記押出ブロックを下へ圧することに用いられ、前記押出ブロックの左端が前記閉鎖スライドブロックの上に位置し、前記防護部品がキャノピフードと前記キャノピフードの左右両端に設置される凸耳部を含み、前記凸耳部が螺子釘を通じて前記堤体の頂部と固定して接続され、前記キャノピフードが前記ランプ保有溝の外部に取付けられる。 As a preferred technical plan, the indicated part includes an extrusion groove installed on a top end wall of the lateral chute and a lamp holding groove installed on a top end surface of the dam body, and between the extrusion groove and the lamp holding groove. A right slide groove is communicated, a spring groove is installed on the top end wall of the push groove, a push spring is installed on the spring groove, a right slide block that can be moved up and down is installed on the right slide groove, An extrusion block fixedly connected to the bottom end of the right slide block is installed, and an LED indicator lamp fixedly connected to the top end of the right slide block is installed in the lamp holding groove, and the top end of the extrusion spring There fixedly connected to the top end wall of the spring groove, the bottom end of the extruded spring is fixedly connected to the top end surface of the extrusion block, the extrusion spring presses down the extruded block Wherein the left end of the extrusion block is positioned on the closed slide block, and the protective component includes a canopy hood and convex ears installed on the left and right ends of the canopy hood, and the convex ears are screws. The canopy hood is fixedly connected to the top of the bank body through a nail, and is attached to the outside of the lamp holding groove.

好ましい技術プランとして、前記ガイドプレートの底端面が前記溝渠の頂端面と同一の水平面にあり、前記流出溝が前記排水溝より低く、前記閉鎖シュートの底端の開口面積が前記閉鎖カード溝の頂端の開口面積と同じく、前記閉鎖スライドブロックが前記押し板と一体式構造である。 As a preferred technical plan, the bottom end surface of the guide plate is in the same horizontal plane as the top end surface of the groove, the outflow groove is lower than the drainage groove, and the opening area of the bottom end of the closing chute is the top end of the closing card groove As with the opening area, the closed slide block is integrated with the push plate.

好ましい技術プランとして、前記第一伝動組が前記横様シュートの前後頂端壁に回転し係合し接続される第一回転軸と前記第一回転軸に固定して設置されるかつ前記歯棹と噛み合う第一歯車を含み、前記第一回転軸に前記第一歯車の前端に第一ベルトプリーが固定して設置され、前記第一ベルトプリーの直径が前記第一歯車の直径より小さく、前記第二伝動組が前記縦様シュートの前後頂端壁に回転し係合し接続される第二回転軸と前記第二回転軸に固定して設置されるかつ前記第一ベルトプリーと相対する第二ベルトプリーを含み、前記第二回転軸に前記第二ベルトプリーの後端に回転ドラムが固定して設置され、前記第三伝動組が前記縦様シュートの前後両端壁に回転し係合し接続される第三回転軸を含み、前記第三回転軸に案内車が固定して設置され、前記回転ドラムと前記監視装置の間に引縄が繋がれ、前記引縄が前記案内車を避けて前記案内車と当接するかつ前記貫穴を通し、前記第一ベルトプリーと前記第二ベルトプリーの間に伝動ベルトが係合し接続される。 As a preferred technical plan, the first transmission set rotates and engages with the front and rear top end walls of the lateral chute, and is fixedly installed on the first rotation shaft, and the toothpick The first belt pulley is fixedly installed at the front end of the first gear on the first rotating shaft, and the diameter of the first belt pulley is smaller than the diameter of the first gear; A second rotating shaft in which two transmission sets are rotated and engaged with and connected to the front and rear top end walls of the longitudinal chute, and a second belt fixedly installed on the second rotating shaft and opposed to the first belt pulley A rotating drum is fixedly installed at the rear end of the second belt pulley, and the third transmission set is rotated and engaged with both front and rear end walls of the vertical chute. comprises a third rotation axis that, the solid guide wheels to the third rotating shaft And it is installed, the Hikinawa is coupled rotary drum and between the monitoring device, the Hikinawa is passed through and the transmural hole for contact with the guide wheel to avoid the guide wheel, and the first belt pulley A transmission belt is engaged and connected between the second belt pulleys.

好ましい技術プランとして、前記第一ベルトプリーと前記第二ベルトプリーの直径が同じく、前記第二ベルトプリーと前記案内車の直径が同じく、前記回転ドラムがロープ巻胴である。 As a preferred technical plan, the first belt pulley and the second belt pulley have the same diameter, the second belt pulley and the guide wheel have the same diameter, and the rotating drum is a rope winding drum.

好ましい技術プランとして、前記監視装置がPH監視器、重金属監視器、細菌監視器と濁度監視器を含み、前記PH監視器、重金属監視器、細菌監視器と濁度監視器がいずれも監視計算主機と接続され、これにより監視した溝渠中の水の情報を監視計算主機に送信して計算し処理する。 As a preferred technical plan, the monitoring device includes a PH monitor, a heavy metal monitor, a bacteria monitor and a turbidity monitor, and the PH monitor, heavy metal monitor, bacteria monitor and turbidity monitor are all monitored and calculated. It is connected to the main machine, and the information on the water in the trench that has been monitored is transmitted to the monitoring calculation main machine for calculation and processing.

本発明の有益効果は： The beneficial effects of the present invention are:

1. 溝渠の水位の上昇とともに、フロートも上昇し、フロートが上昇して押し板の底端面と当接し、水位が継続して上昇し、それによってフロートが次第に押し板を押して上にスライドし、押し板が上にスライドして閉鎖スライドブロックを連れて上にスライドし、閉鎖スライドブロックが上にスライドして歯棹と第一歯車の噛合伝動のもとで第一回転軸が回転し、第一回転軸が回転して第一ベルトプリーを駆動して回転し、第一ベルトプリーが回転して伝動ベルトの伝動のもとで第二ベルトプリーが回転し、第二ベルトプリーが回転して第二回転軸を駆動して回転し、第二回転軸が回転して回転ドラムを駆動して回転し、それによって回転ドラムを通じて縄を伸ばし、押し板が上にスライドして左伸長ブロックの底端面と当接するまでに監視装置が沈み溝へ運動し、この時に、排水溝が完全に開かれ、溝渠の水が排水溝を通じて流出して傾斜溝を通して流出溝から排出され、溝渠の水が排出される過程で沈み溝に集約し、監視装置を通じて水質を監視し、監視した水質の情報を監視計算主機に送信して計算と処理を行い、水質の問題を快速に発見して改善し処理することに便利を与える。 1. with increasing water level in the ditch, the float also rises, the float is press plate bottom edge abuts the elevated rises continuously water level, thereby sliding the press float gradually push plate, The push plate slides up and slides up with the closing slide block, and the closing slide block slides up and the first rotating shaft rotates under the meshing transmission of the toothed tooth and the first gear, One rotation shaft rotates to drive and rotate the first belt pulley, the first belt pulley rotates to rotate the second belt pulley under the transmission of the transmission belt, and the second belt pulley rotates. The second rotating shaft is driven to rotate, the second rotating shaft rotates to drive and rotate the rotating drum, thereby extending the rope through the rotating drum, and the push plate slides upward and the bottom of the left extension block end surface and the monitoring until the abutment The device moves to the sinking groove, and at this time, the drainage groove is completely opened, and the water in the trough is drained through the drainage groove and discharged from the outflow trough through the sloping groove, and in the process of draining the trough water, Concentrate, monitor the water quality through a monitoring device, send the monitored water quality information to the monitoring computer, perform calculation and processing, find the water quality problem quickly, improve and process it.

2. 閉鎖スライドブロックが上にスライドしするうちに押出ブロックを上へ押出溝まで押出し、LED指示ランプが上へランプ保有溝の外部まで押し出され、これによりLED指示ランプを通じて直観的に排水溝が排水作業を行うことを指示し、監視装置が排出された水の水質の状態を監視している。   2. While the closing slide block slides upward, the extrusion block is pushed up to the extrusion groove, and the LED indicator lamp is pushed up to the outside of the lamp holding groove, so that the drainage groove intuitively through the LED indicator lamp A drainage operation is instructed, and the monitoring device monitors the quality of the discharged water.

3.本発明は構造が簡単で、操作が簡単かつ便利で、水位の上昇または降下にしたがって自動的に水の排出と監視の仕事をコントロールすることを実現し、装置全体が環境を保護でき、占める面積が小さく、現代化農業灌漑の使用に相応しく、水が溝渠外に溢れることを避け、本装置の使用寿命も延長し、水を監視する効果が著しく、現在に溝渠に対する使用需要を満足する。 3. The present invention is simple in structure, easy and convenient to operate, automatically controls the discharge and monitoring of water according to the rise or fall of the water level, the entire device can protect the environment, It occupies a small area and is suitable for the use of modern agricultural irrigation, avoids water overflowing outside the trough, prolongs the service life of this device, and has a remarkable effect of monitoring the water, satisfying the current demand for the trough.

本説明しやすいため、本発明は以下の具体的な実施例と付図を交え詳しく説明する。 For ease of explanation, the present invention will be described in detail with reference to the following specific embodiments and accompanying drawings.

図1は本発明の快速な水質オンライン監視設備の総体構造概略図である。FIG. 1 is a schematic diagram of the overall structure of a rapid water quality online monitoring facility according to the present invention. 図2は本発明の快速な水質オンライン監視設備の使用状態の総体構造概略図 である。FIG. 2 is a schematic diagram of the overall structure of the rapid water quality online monitoring facility according to the present invention in use.

図1と図2が示すように、本発明の快速な水質オンライン監視設備は、溝渠1と前記溝渠1に固定して設置されて前記溝渠1を遮断する堤体10を含み、前記堤体10に、前記溝渠1の頂部より高くかつ前記堤体10の左端面よりも左に伸張する左伸長ブロック11が一体式に設置され、前記左伸長ブロック11の左側に左に傾いて設置されるガイドプレート12が固定して接続され、前記堤体10の左端と同一面でかつ前記溝渠1の頂端面の上に開き溝22が設置され、前記堤体10の左端と同一面でかつ前記溝渠1の頂端面の下に排水溝16が設置され、前記堤体10の右端面の底部位置に近接するところに流出溝18が設置され、前記流出溝18の底端壁に沈み溝19が設置され、前記排水溝16と前記流出溝18の間に傾斜溝17が連通され、前記流出溝18の頂端壁に上に伸びる縦様シュート20が設置され、前記開き溝22の右端壁に前記縦様シュート20の頂端と相通する横様シュート21が設置され、前記排水溝16と前記横様シュート21の間に閉鎖シュート24が連通され、前記排水溝16の底端壁に前記閉鎖シュート24と相対する閉鎖カード溝25が設置され、前記閉鎖シュート24に上下にスライドする閉鎖スライドブロック26が設置され、前記閉鎖スライドブロック26の左端面の頂部に左へ前記開き溝22を貫通しかつ前記開き溝22の外部に伸びる押し板28が固定して設置され、前記押し板28の頂端面にバランスウェイトブロック29が嵌入し設置され、前記閉鎖スライドブロック26の右端面に歯棹27が嵌入し設置され、前記横様シュート21の左端の底部に第一伝動組が設置され、前記縦様シュート21の頂端に第二伝動組が設置され、前記縦様シュート20の底端に第三伝動組と前記縦様シュート20から差し出る監視装置40が設置され、前記縦様シュート20の中に前記監視装置40と前記第三伝動組の間に仕切板41が設置され、前記仕切板41の中間に貫穴42が設置され、前記横様シュート21の頂端壁に指摘部品が設置され、前記堤体10の左端面に牽引フック13が設置され、前記牽引フック13に長線14が繋がれ、前記長線14の前記牽引フック13から遠離する一端にフロート15が繋がれ、前記排水溝16の左端の開口に濾過網23が設置され、前記堤体10の頂部に防護部品が設置される。 As shown in FIG. 1 and FIG. 2, the rapid water quality online monitoring facility of the present invention includes a trough 1 and a dam body 10 that is fixedly installed on the trough 1 and blocks the trough 1 ; Further, a left extension block 11 that is higher than the top of the groove ridge 1 and extends to the left of the left end surface of the bank body 10 is integrally installed, and a guide that is installed to be inclined to the left on the left side of the left extension block 11 Plate 12 is fixedly connected , and an open groove 22 is installed on the same surface as the left end of the bank body 10 and on the top end surface of the groove body 1, and on the same surface as the left end of the bank body 10 and the groove wall 1 A drainage groove 16 is installed under the top end surface of the sunk body, an outflow groove 18 is installed in the vicinity of the bottom position of the right end surface of the dam body 10, and a sinking groove 19 is installed in the bottom end wall of the outflow groove 18. In addition, an inclined groove 17 is communicated between the drainage groove 16 and the outflow groove 18, and a vertical chute 20 extending upward is formed on the top end wall of the outflow groove 18. Installed, a lateral chute 21 communicating with the top end of the vertical chute 20 is installed on the right end wall of the opening groove 22, and a closing chute 24 is communicated between the drain groove 16 and the horizontal chute 21, A closing card groove 25 facing the closing chute 24 is installed in the bottom end wall of the drainage groove 16, a closing slide block 26 sliding up and down is installed on the closing chute 24, and the top of the left end surface of the closing slide block 26 A push plate 28 that passes through the open groove 22 to the left and extends to the outside of the open groove 22 is fixedly installed, and a balance weight block 29 is fitted and installed on the top end surface of the push plate 28. A toothed hook 27 is fitted and installed on the right end surface of the block 26, a first transmission set is installed at the bottom of the left end of the lateral chute 21, a second transmission set is installed at the top end of the vertical chute 21, The bottom edge of the vertical chute 20 A monitoring device 40 extending from the third transmission set and the vertical chute 20 is installed, and a partition plate 41 is installed in the vertical chute 20 between the monitoring device 40 and the third transmission set. A through hole 42 is installed in the middle of the plate 41, a pointing part is installed on the top end wall of the lateral chute 21, a traction hook 13 is installed on the left end surface of the dam body 10, and a long line 14 is provided on the traction hook 13. The float 15 is connected to one end of the long wire 14 that is far away from the traction hook 13, a filtration net 23 is installed at the left end opening of the drainage groove 16, and a protective component is installed at the top of the dam body 10. The

有益的には、前記指摘部品が前記横様シュート21の頂端壁に設置される押出溝44と前記堤体10の頂端面に設置されるランプ保有溝43を含み、前記押出溝44と前記ランプ保有溝43の間に右スライド溝47が連通され、前記押出溝44の頂端壁にばね溝51が設置され、前記ばね溝51に押出ばね50が設置され、前記右スライド溝47に上下に昇降できる右スライドブロック46が設置され、前記押出溝44に前記右スライドブロック46の底端と固定して接続される押出ブロック48が設置され、前記ランプ保有溝43に前記右スライドブロック46の頂端と固定して接続されるＬＥＤ指示ランプ45が設置され、前記押出ばね50の頂端が前記ばね溝51の頂端壁と固定して接続され、前記押出ばね50の底端が前記押出ブロック48の頂端面と固定して接続され、前記押出ばね50が前記押出ブロック48を下へ圧することに用いられ、前記押出ブロック48の左端が前記閉鎖スライドブロック26の上に位置し、前記防護部品がキャノピフード85と前記キャノピフード85の左右両端に設置される凸耳部87を含み、前記凸耳部87が螺子釘86を通じて前記堤体10の頂部と固定して接続され、前記キャノピフード85が前記ランプ保有溝43の外部に取付けられ、これにより前記キャノピフード85を通じて前記ＬＥＤ指示ランプ45に対する保護の役割を果たし、本装置の使用寿命を増加する。 Beneficially, the indicated part includes an extrusion groove 44 installed in the top end wall of the lateral chute 21 and a lamp holding groove 43 installed in the top end surface of the dam body 10, and the extrusion groove 44 and the lamp A right slide groove 47 communicates with the holding groove 43, a spring groove 51 is installed on the top end wall of the push groove 44, a push spring 50 is placed on the spring groove 51, and the right slide groove 47 is moved up and down. A right slide block 46 is installed, an extrusion block 48 fixedly connected to the bottom end of the right slide block 46 is installed in the extrusion groove 44, and a top end of the right slide block 46 is installed in the lamp holding groove 43. An LED indicator lamp 45 which is fixedly connected is installed, the top end of the push spring 50 is fixedly connected to the top end wall of the spring groove 51, and the bottom end of the push spring 50 is the top end surface of the push block 48. fixedly connected to the said extruded spring 50 the extrusion Bed And the left end of the push block 48 is positioned on the closing slide block 26, and the protective parts are installed on the left and right ends of the canopy hood 85 and the canopy hood 85. comprises ears 87, the convex ear 87 is fixedly connected with the top of the dam body 10 through compression screw 86, the canopy hood 85 is attached to the outside of the lamp holders groove 43, thereby the canopy hood It serves as a protection for the LED indicator lamp 45 through 85 and increases the service life of the apparatus.

有益的には、前記ガイドプレート12の底端面が前記溝渠1の頂端面と同一の水平面にあり、前記流出溝18が前記排水溝16より低く、前記閉鎖シュート24の底端の開口面積が前記閉鎖カード溝25の頂端の開口面積と同じく、前記閉鎖スライドブロック26が前記押し板28と一体式構造である。 Beneficially, the bottom end surface of the guide plate 12 is in the same horizontal plane as the top end surface of the groove rod 1 , the outflow groove 18 is lower than the drainage groove 16, and the opening area of the bottom end of the closing chute 24 is Similar to the opening area of the top end of the closing card groove 25, the closing slide block 26 is integrated with the push plate 28.

有益的には、前記第一伝動組が前記横様シュート21の前後頂端壁に回転し係合し接続される第一回転軸30と前記第一回転軸30に固定して設置されるかつ前記歯棹27と噛み合う第一歯車31を含み、前記第一回転軸30に前記第一歯車31の前端に第一ベルトプリー32が固定して設置され、前記第一ベルトプリー32の直径が前記第一歯車31の直径より小さく、前記第二伝動組が前記縦様シュート20の前後頂端壁に回転し係合し接続される第二回転軸33と前記第二回転軸33に固定して設置されるかつ前記第一ベルトプリー32と相対する第二ベルトプリー35を含み、前記第二回転軸33に前記第二ベルトプリー35の後端に回転ドラム34が固定して設置され、前記第三伝動組が前記縦様シュート20の前後両端壁に回転し係合し接続される第三回転軸37を含み、前記第三回転軸37に案内車38が固定して設置され、前記回転ドラム34と前記監視装置40の間に引縄39が繋がれ、前記引縄39が前記案内車を避けて前記案内車と当接するかつ前記貫穴42を通し、前記第一ベルトプリー32と前記第二ベルトプリー35の間に伝動ベルト36が係合し接続される。 Beneficially, the first transmission set is fixedly installed on the first rotary shaft 30 and the first rotary shaft 30 that are rotated and engaged with the front and rear top end walls of the lateral chute 21, and the first rotary shaft 30; A first gear 31 that meshes with the toothed tooth 27, and a first belt pulley 32 is fixedly installed at the front end of the first gear 31 on the first rotating shaft 30, and the diameter of the first belt pulley 32 is It is smaller than the diameter of one gear 31, and the second transmission set is fixedly installed on the second rotary shaft 33 and the second rotary shaft 33, which are engaged with and connected to the front and rear top end walls of the longitudinal chute 20. And a second belt pulley 35 facing the first belt pulley 32, and a rotary drum 34 is fixedly installed on the second rotating shaft 33 at the rear end of the second belt pulley 35, and the third transmission The set includes a third rotating shaft 37 that rotates and engages and is connected to both front and rear end walls of the vertical chute 20, and the third rotating shaft A guide wheel 38 is fixedly installed at 37, and a rope 39 is connected between the rotary drum 34 and the monitoring device 40, and the rope 39 avoids the guide wheel and comes into contact with the guide wheel and A transmission belt 36 is engaged and connected between the first belt pulley 32 and the second belt pulley 35 through the through hole 42.

有益的には、前記第一ベルトプリー32と前記第二ベルトプリー35の直径が同じく、前記第二ベルトプリー35と前記案内車38の直径が同じく、前記回転ドラム34がロープ巻胴である。 Beneficially, the first belt pulley 32 and the second belt pulley 35 have the same diameter, the second belt pulley 35 and the guide wheel 38 have the same diameter, and the rotary drum 34 is a rope winding drum.

有益的には、前記監視装置がPH監視器73、重金属監視器74、細菌監視器75と濁度監視器76を含み、前記PH監視器73、重金属監視器74、細菌監視器75と濁度監視器76がいずれも監視計算主機と接続され、これにより監視した溝渠中の水の情報を監視計算主機に送信して計算し処理する。 Beneficially, the monitoring device includes a PH monitor 73, a heavy metal monitor 74, a bacteria monitor 75 and a turbidity monitor 76, the PH monitor 73, the heavy metal monitor 74, the bacteria monitor 75 and the turbidity. All of the monitoring devices 76 are connected to the monitoring calculation main unit, and the information on the water in the groove is monitored and transmitted to the monitoring calculation main unit for calculation and processing.

前記フロート15が前記溝渠1にあるかつ前記溝渠1の水が前記排水溝16に満ちってない時、前記閉鎖スライドブロック26が前記押し板28と前記バランスウェイト29の重力の影響で自動に下へスライドして前記閉鎖カード溝25に挿入し、前記閉鎖スライドブロック26を通じて前記排水溝16を閉鎖し、前記監視装置40が前記縦様シュートに戻り、前記押出ばね50の弾性力の影響で、前記押出ブロック48が前記押出溝44の外部に押し出されて前記横様シュートに挿入し、前記LED指示ランプ45が前記ランプ保有溝43に収容される。 When the float 15 is in the groove 1 and the water in the groove 1 is not filled in the drainage groove 16, the closing slide block 26 is automatically lowered due to the gravity of the push plate 28 and the balance weight 29. And slides into the closing card groove 25, closes the drainage groove 16 through the closing slide block 26, the monitoring device 40 returns to the vertical chute, and under the influence of the elastic force of the push spring 50, The pushing block 48 is pushed out of the pushing groove 44 and inserted into the lateral chute, and the LED indicator lamp 45 is accommodated in the lamp holding groove 43.

前記溝渠1の水位の上昇とともに、前記フロート15も上昇し、前記フロート15が上昇して前記押し板28の底端面と当接し、水位が継続して上昇し、それによって前記フロート15が次第に前記押し板28を押して上にスライドし、前記押し板28が上にスライドして前記閉鎖スライドブロック26を連れて上にスライドし、前記閉鎖スライドブロック26が上にスライドして前記歯棹27と前記第一歯車31の噛合伝動のもとで前記第一回転軸30が回転し、前記第一回転軸30が回転して前記第一ベルトプリー32を駆動して回転し、前記第一ベルトプリー32が回転して前記伝動ベルト36の伝動のもとで前記第二ベルトプリー35が回転し、前記第二ベルトプリー35が回転して前記第二回転軸33を駆動して回転し、前記第二回転軸33が回転して前記回転ドラム34を駆動して回転し、それによって前記回転ドラム34を通じて縄を伸ばし、前記押し板28が上にスライドして前記左伸長ブロック11の底端面と当接するまでに前記監視装置40が前記沈み溝19へ運動し、この時に、前記排水溝16が完全に開かれ、前記溝渠1の水が前記排水溝16を通じて流出して前記傾斜溝17を通して前記流出溝18から排出され、前記溝渠1の水が排出される過程で前記沈み溝19に集約し、前記監視装置40を通じて水質を監視し、監視した水質の情報を監視計算主機に送信して計算と処理を行い、水質の問題を快速に発見して改善し処理することに便利を与え、前記閉鎖スライドブロック26が上にスライドしするうちに前記押出ブロック48を上へ押出溝44まで押出し、前記LED指示ランプ45が上へ前記ランプ保有溝の外部まで押し出され、これにより前記LED指示ランプ45を通じて直観的に前記排水溝が排水作業を行うことを指示し、前記監視装置40が排出された水の水質の状態を監視している。 As the water level of the groove 1 rises, the float 15 also rises, the float 15 rises and comes into contact with the bottom end surface of the push plate 28, and the water level continuously rises, whereby the float 15 gradually becomes Push the push plate 28 and slide it up, the push plate 28 slides up and slides up with the closing slide block 26, and the closing slide block 26 slides up and slides the toothed teeth 27 and the The first rotating shaft 30 rotates under meshing transmission of the first gear 31, the first rotating shaft 30 rotates to drive and rotate the first belt pulley 32, and the first belt pulley 32 rotates. Rotates, the second belt pulley 35 rotates under the transmission of the transmission belt 36, the second belt pulley 35 rotates to drive and rotate the second rotating shaft 33, and the second belt pulley 35 rotates. The rotating shaft 33 rotates to drive and rotate the rotating drum 34. Thereby stretching the rope through the rotary drum 34, the bottom end face and the monitoring device 40 until the abutment of the push plate 28 is the slide in the upper left extension block 11 is movement to the submerged groove 19, at this time, The drainage groove 16 is completely opened, the water in the groove 1 flows out through the drainage groove 16, is discharged from the outflow groove 18 through the inclined groove 17, and the water sinks in the process of discharging the water in the groove 1 Consolidate in the groove 19, monitor the water quality through the monitoring device 40, send the monitored water quality information to the monitoring calculation main machine, perform calculation and processing, quickly discover and improve the water quality problem and process it Conveniently, while the closing slide block 26 slides up, the push block 48 is pushed up to the push groove 44, and the LED indicator lamp 45 is pushed up to the outside of the lamp holding groove, thereby LED instruction run Intuitively the drainage groove is instructed to perform a drainage operation, the monitoring device 40 is monitoring the status of the quality of water discharged through 45.

水位が降下した後、前記押し板28と前記バランスウェイト29の作用のもとで、本装置が初期位置状態に戻る。   After the water level drops, the device returns to the initial position under the action of the push plate 28 and the balance weight 29.

Claims (1)

快速な水質オンライン監視設備であって、溝渠と前記溝渠に固定して設置されて前記溝渠を遮断する堤体を含み、前記堤体に、前記溝渠の頂部より高くかつ前記堤体の左端面よりも左に伸張する左伸長ブロックが一体式に設置され、前記左伸長ブロックの左側に左に傾いて設置されるガイドプレートが固定して接続され、前記堤体の左端と同一面でかつ前記溝渠の頂端面の上に開き溝が設置され、前記堤体の左端と同一面でかつ前記溝渠の頂端面の下に排水溝が設置され、前記堤体の右端面の底部位置に近接するところに流出溝が設置され、前記流出溝の底端壁に沈み溝が設置され、前記排水溝と前記流出溝の間に傾斜溝が連通され、前記流出溝の頂端壁に上に伸びる縦様シュートが設置され、前記開き溝の右端壁に前記縦様シュートの頂端と相通する横様シュートが設置され、前記排水溝と前記横様シュートの間に閉鎖シュートが連通され、前記排水溝の底端壁に前記閉鎖シュートと相対する閉鎖カード溝が設置され、前記閉鎖シュートに上下にスライドする閉鎖スライドブロックが設置され、前記閉鎖スライドブロックの左端面の頂部に左へ前記開き溝を貫通しかつ前記開き溝の外部に伸びる押し板が固定して設置され、前記押し板の頂端面にバランスウェイトブロックが嵌入し設置され、前記閉鎖スライドブロックの右端面に歯棹が嵌入し設置され、前記横様シュートの左端の底部に第一伝動組が設置され、前記縦様シュートの頂端に第二伝動組が設置され、前記縦様シュートの底端に第三伝動組と前記縦様シュートから差し出る監視装置が設置され、前記縦様シュートの中に前記監視装置と前記第三伝動組の間に仕切板が設置され、前記仕切板の中間に貫穴が設置され、前記横様シュートの頂端壁に指摘部品が設置され、前記堤体の左端面に牽引フックが設置され、前記牽引フックに長線が繋がれ、前記長線の前記牽引フックから遠離する一端にフロートが繋がれ、前記排水溝の左端の開口に濾過網が設置され、前記堤体の頂部に防護部品が設置され、前記指摘部品が前記横様シュートの頂端壁に設置される押出溝と前記堤体の頂端面に設置されるランプ保有溝を含み、前記押出溝と前記ランプ保有溝の間に右スライド溝が連通され、前記押出溝の頂端壁にばね溝が設置され、前記ばね溝に押出ばねが設置され、前記右スライド溝に上下に昇降できる右スライドブロックが設置され、前記押出溝に前記右スライドブロックの底端と固定して接続される押出ブロックが設置され、前記ランプ保有溝に前記右スライドブロックの頂端と固定して接続されるＬＥＤ指示ランプが設置され、前記押出ばねの頂端が前記ばね溝の頂端壁と固定して接続され、前記押出ばねの底端が前記押出ブロックの頂端面と固定して接続され、前記押出ばねが前記押出ブロックを下へ圧することに用いられ、前記押出ブロックの左端が前記閉鎖スライドブロックの上に位置し、前記防護部品がキャノピフードと前記キャノピフードの左右両端に設置される凸耳部を含み、前記凸耳部が螺子釘を通じて前記堤体の頂部と固定して接続され、前記キャノピフードが前記ランプ保有溝の外部に取付けられ、前記ガイドプレートの底端面が前記溝渠の頂端面と同一の水平面にあり、前記流出溝が前記排水溝より低く、前記閉鎖シュートの底端の開口面積が前記閉鎖カード溝の頂端の開口面積と同じく、前記閉鎖スライドブロックが前記押し板と一体式構造であり、前記第一伝動組が前記横様シュートの前後頂端壁に回転し係合し接続される第一回転軸と前記第一回転軸に固定して設置されるかつ前記歯棹と噛み合う第一歯車を含み、前記第一回転軸に前記第一歯車の前端に第一ベルトプリーが固定して設置され、前記第一ベルトプリーの直径が前記第一歯車の直径より小さく、前記第二伝動組が前記縦様シュートの前後頂端壁に回転し係合し接続される第二回転軸と前記第二回転軸に固定して設置されるかつ前記第一ベルトプリーと相対する第二ベルトプリーを含み、前記第二回転軸に前記第二ベルトプリーの後端に回転ドラムが固定して設置され、前記第三伝動組が前記縦様シュートの前後両端壁に回転し係合し接続される第三回転軸を含み、前記第三回転軸に案内車が固定して設置され、前記回転ドラムと前記監視装置の間に引縄が繋がれ、前記引縄が前記案内車を避けて前記案内車と当接するかつ前記貫穴を通し、前記第一ベルトプリーと前記第二ベルトプリーの間に伝動ベルトが係合し接続され、前記第一ベルトプリーと前記第二ベルトプリーの直径が同じく、前記第二ベルトプリーと前記案内車の直径が同じく、前記回転ドラムがロープ巻胴であり、前記監視装置がPH監視器、重金属監視器、細菌監視器と濁度監視器を含み、前記PH監視器、重金属監視器、細菌監視器と濁度監視器がいずれも監視計算主機と接続され、これにより監視した溝渠中の水の情報を監視計算主機に送信して計算し処理することを特徴とする、水質オンライン監視設備。 A rapid water quality on-line monitoring facility, comprising a trough and a dam body fixed to the trough and blocking the trough, the levee body being higher than a top of the trough and from a left end surface of the dam body also left extension block extending to the left is installed in integral, the left guide plate installed tilted to the left on the left side of the extension block is fixedly connected to, the left and the same surface of the dam and the ditch An opening groove is installed on the top end surface of the dam body , a drainage groove is installed on the same plane as the left end of the levee body and below the top end surface of the groove basin, and is close to the bottom position of the right end surface of the dam body. An outflow groove is installed, a sinking groove is installed in the bottom end wall of the outflow groove, an inclined groove is communicated between the drainage groove and the outflow groove, and a vertical chute extending upward is formed on the top end wall of the outflow groove. Installed, the top end of the vertical chute on the right end wall of the opening groove A side-like chute is installed, a closing chute is communicated between the drainage groove and the side-like chute, a closing card groove facing the closing chute is installed on the bottom end wall of the drainage groove, and the closing chute A closed slide block that slides up and down is installed, and a push plate that penetrates the open groove to the left and extends to the outside of the open groove is fixedly installed at the top of the left end surface of the closed slide block, and the push plate A balance weight block is fitted and installed on the top end surface, a toothed tooth is fitted and installed on the right end surface of the closed slide block, a first transmission set is installed on the bottom of the left end of the lateral chute, and the vertical chute A second transmission set is installed at the top end of the vertical-type chute, and a monitoring device is installed at the bottom end of the vertical-type chute to be inserted from the third transmission set and the vertical-type chute. A partition plate is installed between the monitoring device and the third transmission set, a through hole is installed in the middle of the partition plate, a pointing part is installed on the top end wall of the lateral chute, and the left end surface of the dam body A tow hook is installed, a long line is connected to the tow hook, a float is connected to one end of the long line away from the tow hook, a filtration net is installed at the left end opening of the drainage groove, A protective part is installed on the top, and the indicated part includes an extrusion groove installed on the top end wall of the lateral chute and a lamp holding groove installed on the top end surface of the levee body, the extrusion groove and the lamp holding groove A right slide groove is communicated, a spring groove is installed on the top end wall of the push groove, a push spring is installed in the spring groove, and a right slide block that can be moved up and down is installed in the right slide groove, The right slide block in the extrusion groove An extrusion block fixedly connected to the bottom end of the lock is installed, an LED indicator lamp fixedly connected to the top end of the right slide block is installed in the lamp holding groove, and the top end of the extrusion spring is the spring fixedly connected to the top end wall of the groove, the connected bottom end of the extrusion spring fixed to the top end surface of the extrusion block, used in said extrusion spring presses down the extrusion block, said extrusion block The left end of the dam body is located on the closed slide block, the protective component includes a canopy hood and convex ears installed on both left and right ends of the canopy hood, and the convex ears are connected to the top of the levee body through screw nails. fixedly connected to the canopy hood is attached to the outside of the lamp holders groove, a bottom end face of the guide plate is in the same horizontal plane and the top end face of the ditch, the outlet There lower than the drainage groove, the same opening area of the bottom end of the closure chute and opening area of the top end of the closed card groove, a said closure slide blocks the push plate and monolithic construction, the first transmission set is A first rotating shaft that rotates and engages and is connected to the front and rear top end walls of the lateral-like chute, and a first gear that is fixedly installed on the first rotating shaft and meshes with the toothed tooth, A first belt pulley is fixedly installed on the shaft at the front end of the first gear, the diameter of the first belt pulley is smaller than the diameter of the first gear, and the second transmission set is at the front and rear top ends of the vertical chute. A second rotating shaft that rotates and engages and is connected to the wall; and a second belt pulley that is fixedly installed on the second rotating shaft and is opposed to the first belt pulley; is the rotating drum to the rear end of the second belt pulley Placed constant to include a third rotating shaft, wherein the third transmission set is rotated engaged connected to front and rear end wall of the longitudinal-like chute, guide wheels to the third rotation shaft is fixedly installed on A rope is connected between the rotating drum and the monitoring device, the rope avoiding the guide wheel and contacting the guide wheel and through the through hole, the first belt pulley and the second belt A transmission belt is engaged and connected between the pulleys, the diameters of the first belt pulley and the second belt pulley are the same, the diameters of the second belt pulley and the guide wheel are the same, and the rotating drum is a rope winding drum. And the monitoring device includes a PH monitor, a heavy metal monitor, a bacteria monitor and a turbidity monitor, and the PH monitor, heavy metal monitor, bacteria monitor and turbidity monitor are all monitoring computer main units. Connected and supervised information on water in the trench And calculating processed and transmitted to the computing main engine, water-line monitoring facilities.
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