[0028] See Figure 1-10 The present invention provides a technical solution: a river ecological recovery device comprising an in-water cylinder 1, and a collection mechanism is provided inside the water tube 1, and the collection mechanism collects the designated value in the weight of the duckweed. Collect the duckweed on the river, followed by the collected duckweed, the next treatment, the lower part of the collecting mechanism is provided with a pulverization removal mechanism, and the pulverization shift mechanism first collects the harmonics collected by the collecting mechanism. After grinding, the pulverization removal mechanism is automatically cleaned, so that the grinding duckweed, so that the shrinking volume, facilitates the discharge, accelerates degradation, convenient for the collection and processing of duckweed, and then grinding duckweed Automatic transportation to the shore, buried.
[0029]The collecting mechanism includes a mounting plate 2, and the mounting plate 2 is fixed to the outer surface of the in-water cylinder 1, and the top end of the inner portion inside is fixed to the water port 3, and the lower end of the inlet 3 fixedly connected to the collected water. The collection box 4 includes a filter 401 and an arcuate plate 402, which is located above the curved plate 402; a guide to the inner wall of the water cylinder 1 is fixedly connected to a guide Circand 38, the arcuate plate 402 is fixedly connected to the middle position of the guide plate 38; the rear side of the water tube 1 is opened, and the bottom end of the drain groove is parallel to the bottom end of the guide plate 38. The inside of the collecting case 4 is rotated to connect to the drum 5, and the outer surface of the drum 5 is fixedly connected has a plurality of baffles 6, and there is a push between adjacent two baffles 6. The material plate 15 is fixedly connected to the push plate 15, and the first connecting rod 7 is slidably connected to the drum 5, the first connecting rod 7, and the first connection is used for the first connection. The rod 7 is reset to the compression spring 8 fixedly connected to the arc plate 10, the arc plate 10 drives the first connecting rod 7 to slide outward when the drum 5 is rotated, and the first connecting rod 7 slides outward. The wall is fixed to the inner wall of the collecting box 4, which is used to prevent the baffle 6 from being reversed; the inner wall of the water cylinder 1 is fixedly connected to the cylinder 37 located below the collection box 4, the cylinder Sliding on the cartridge 37, the incident frame 12 is fixed, and the tension spring 14 for which it is reset is fixed, and the inner wall is fixed to the inner wall 20, the fixing frame 20 The connecting block 19 is attached, the connecting block 19 and the feed frame 12 rotate the sector plate 16 having a plurality of array distributions, extending the rotation shaft of the sector plate 16 extends to the outer side of the feed frame 12 and fixed Connecting a shift block 17, the inner circumferential wall of the cylinder 37 has a diagonal slide 18 having a plurality of circumferential array distribution, the number of the oblique slide 18 is the same as the number of converters, said The conversion block 17 is slidable with the oblique slide 18, respectively.
[0030] In the actual use process, it is necessary to connect a plurality of devices together to connect the collecting mechanism in the plurality of devices to the first tail, and then mounted the device on the built dam, the top surface of the device is located in large The water surface of the dam is below the water, and the water tube 1 is installed on one side of the drain tank on the dam and water. Figure 10 As shown, since the water tube 1 is below the water, the water pressure is caused by the principle of the liquid pressure, the water in the river flows into the water inlet 3, first, duckweed and water will enter into the collection box 4 through the water port 3, fall in the collection box 4 Between the two baffles 6, the gravity of the duckweed and water drive the baffle 6 and the drum 5 clockwise, and when the baffle 6 is rotated to the downwardly inclined position, the baffle 6 The water will pass through the flap 401 through the screen plate 401, and then flow from the filter sheet 401 to the guide plate 38, after the water will flow out from the drain groove from the leakage tank, the water will flow into the downstream of the dam. In this process, the filter plate 401 will intercept the duckweed, and after the water flows from the filter sheet 401, the gravity of duckweed may not be sufficient to drive the rotation of the baffle 6, in the next water and duckweed flow In the water port 3, and drive the baffle 6 again, the film after the filtration is driven by the baffle 6 to the lower end of the curved plate 402. During the process, the baffle 6 will drive the drum 5 to rotate, turn The cartridge 5 rotates the first connecting rod 7 synchronously, and the compression spring 8 is rotated from the push plate 15, and when the first connecting rod 7 is rotated to contact with the arc plate 10, the arc plate 10 will push the first connecting rod 7 crowded. The pressing spring 8 is pressed and the first connecting rod 7 pushes the push plate 15 outward, and the push plate 15 is introduced outward, and then the ducks fall into the feed frame 12. In the medium, the feed frame 12 has been subjected to the weight of the duckweed, and the weight of the duckweed will give the injection frame 12, and the ducks falling into the feed frame 12 gradually increases, duckweed The weight will slowly drive the feed frame 12 to move downward on the cylinder 37, the feed frame 12 drives the fixing frame 20, the connection block 19, the sector plate 16, and the shift block 17 are moved downward, and the block 17 will be The oblique slide 18 slides inward, and when the shift block 17 slides to the bending of the oblique slide 18, the oblique slide 18 drives the shift block 17 to rotate, and the shift block 17 is rotated and synchronized to drive the sector plate 16. Turning, at this time, in the flat state of the plurality of sector plates 16 in the feed frame 12, it turns into an opening state, as shown in Fig. (8), the fluffy leaves from the sector plate 16 into the pulverization removal mechanism Then, the pulverization removal mechanism will be pulverized after pulverizing the duckweed; the present invention passes through the collecting mechanism, and the mating plate 401 is used by the filtering plate 401, so that the water can flow out through the mesh hole on the sheet 401. On the guide plate 38, after the water will flow out of the guide plate 38 from the leakage tank to the downstream of the dam, the water is effectively separated from the duckweed, reducing the volume of water and duckling, so that water Continue to the downstream, the intercepted duckweed does not affect the downstream ecological environment, improves the oxygen content in the water, protects the ecological environment of the water in the water, passes through the drum 5, the baffle 6, the first connecting rod 7 , The compression spring 8 is used in conjunction with the arc plate 10, and the barrier 6 can drive the baffle 6 prior to the bottom of the curved plate 402, the arc plate 10 can drive the first connecting rod 7 and the push plate 15 to move outward, push The material plate 15 can be scraped with the duckweed on the side wall of the baffle 6, which can make two baffles The duckweed in 6 is completely introduced, and the blending spring 14, the push plate 15, the sector plate 16, the shift block 17, and the oblique slide 18 can be used, and floating frame 12 Ping accumulated to a certain amount and automatically dropped into the pulverized shift mechanism for crushing, avoiding the amount of abrasion due to too little amount of duckweed; the grinding of the grinding and removal mechanism can also be used as a river tree Nutrients.
[0031] As a further scheme of the present invention, the pulverization removal mechanism includes an internal tooth frame 21, which is located below the injection frame 12 and is fixed to the lower end of the inner wall of the in-water cylinder 1, and the inner side frame 21 is engaged The first gear 22, the first gear 22 engages the second gear 23, the second gear 23 concentrically, and the second gear 23 is rotatably connected to the internal tooth frame 21, the second gear 23 The upper surface is fixedly connected with a fixed block 24, and the fixed block 24 is slidably connected to the cleaning rod 25, and the lower end of the cleaning lever 25 is connected to a reset spring for cleaning the lever 25, the rotation of the second gear 23. The shaft bottom is fixedly connected to the first rotational rod 26, the first rotational rod 26 rotates a transmission case 35, and the transmission case 35 is fixedly connected to the discharge box 27, the top and the in-water cylinder 1 of the outlet box 27. Secure connection, the top portion of the outlet box 27 is provided with an injection port located below the internal tooth frame 21, and the transmission case 35 is provided with a second cone gear 31, the second cone 31 and the first rotational rod. 26 fixed connection, the second tapered gear 31 engages the first cone gear 30 and the third cone gear 32, and the first cone gear 30 is fixedly connected to the second rotational rod 29, the third cone 32 The spiral rod 33 is connected, and the second rotational rod 29 and the spiral rod 33 are rotatably coupled to the transmission case 35, and the tube 34 is fixed to the side wall of the outlet box 27, and the spiral rod 33 is Located in the tube 34.
[0032] In the process of use, the pulverizing removal mechanism falls into the internal tooth frame 21 in the process of use, and the sector plate 16 opens the duckweed into the internal tooth frame 21, while the simultaneous water flow is continuously The rotating turbine 28 is rotated by the first cone gear 30 by the second rotational rod 29 of the synchronous rotation; the first cone gear 30 is rotated and the second cone 31 and the third cone 32 rotation thereof are rotated, first of all the first When the two taper gear 31 is rotated, the second gear 23 is rotated by the first rotational rod 26 that is rotated; the second gear 23 is rotated and the first gear 22 rotation is rotated thereto, for better grinding, second gear 23 With the lower surface of the first gear 22 and the internal tooth frame 21 are provided with a certain gap, mainly in order to increase the grinding space, at which time the ducks within the internal tooth frame 21 are in the second gear 23 and the lower surface of the first gear 22. Grinding with the internal tooth frame 21, and is engaged at the tooth tooth between the internal tooth frame 21, the first gear 22, and the second gear 23, so that the duckweed is better grinding, the second gear 23 rotating is driven. 25 rotation, stir the ducks in the internal tooth frame 21, so that the duckweed is more sufficiently, and the duck after grinding through the bore on the inner cartridge 21, in the discharge box 27, turning The third cone gear 32 is synchronously drives the spiral rod 33 to rotate, and the rotated spiral rod 33 transports duckweed; the present invention passes through the internal toxal frame 21, the first gear 22, the second gear 23, the fixing block 24 and the cleaning rod 25. Set, the collected duckweed can be pulverized to ground, so that the grinding duckweed, makes the reduced storage volume, easy to discharge, accelerate degradation; after the third cone gear 32, the spiral rod 33 and the tube 34 In the air-proof duckweed, it is automatically transported to the shore, buried or treated as a plant's fertilizer; breaking the traditional salvage boat first collected in the river, and then the staff will be transported to the shore, complicated, The cumbersome and expensive situation, this device can directly carry out the staff to carry, realize the low-cost automation device integrating, grind, transport, improve the cleaning efficiency of the river water body, increase the dissolution oxygen of water, guarantee The diversity of water biodiversity, improves the water quality, and the grinding duckweed provides a certain nutrients for the trees, improve the soil environment, created better regulation for trees, and the root of trees have grown. It can better consolidate the soil of the river bank to avoid the loss of soil, making the river's ecological environment better.
[0033] As a further plan of the present invention, the lower surface of the cleaning lever 25 is fixedly coupled with a hard brush, and the length of the hard brush is adapted to the side wall width of the internal tooth frame 21, for internal to the internal tooth frame 21 The stirring of duckweed and the bore opening opened at the bottom of the interior frame 21.
[0034] At the lowest point of the injection frame 12, the plurality of sector plates 16 open, the falling feed frame 12 is squeezed into the cleaning rod 25 in the internal tooth frame 21, so that the cleaning lever 25 is moved, and it is cleaned. The upper surface of the rod 25 will clear the hole in the lower end of the inner cartridge 21, so that the ground duckweed is easier to pass abrasive holes.
[0035] As a further scheme of the present invention, the first connecting rod 7 is fixedly coupled to an elastic ball 9 located outside the drum 5, and the elastic ball 9 is located between the push plate 15 and the drum 5; when working, elasticity The ball 9 is mainly used to resume elasticity when the arc of the arc plate 10 is left to the first connecting rod 7, and the elastic ball 9 will hit the outer wall of the drum 5 in the process of resetting the first connecting rod 7. The elastic ball 9 is jitter, so that the duckweed of the push plate 15 is falling off.
[0036] As a further plan of the present invention, the middle of the push plate 15 is protruded, and there is a tooth teeth on both sides; when the push plate 15 is driven outward, the teeth on both sides increase and float. At the same time of the contact area of Ping, the teeth can also be easily out of the duckweed.
[0037] As a further scheme of the present invention, the top of the water tube 1 is slidably coupled to the sealing plate 36 for blocking the inlet 3; when operating, the sealing plate 36 is provided with a motor for driving, and the water flow is controlled.
[0038] As a further scheme of the present invention, a second connecting rod 13 is fixedly connected to the side wall of the incident frame 12, and the incident frame 12 is slidably connected to the vertical direction by the second connecting rod 13 in the vertical direction.
[0039] Working Principle: During actual use, it is necessary to connect a plurality of devices together to connect the collection mechanism in the plurality of devices to the first tail, and then mounted the device on the built dam, the top of the device Located below the water surface of the dam, the water tube 1 is installed on the side of the drain tank on the dam and water does not contact. Figure 10As shown, since the water tube 1 is below the water, the water pressure is caused by the principle of the liquid pressure, the water in the river flows into the water inlet 3, first, duckweed and water will enter into the collection box 4 through the water port 3, fall in the collection box 4 Between the two baffles 6, the gravity of the duckweed and water drive the baffle 6 and the drum 5 clockwise, and when the baffle 6 is rotated to the downwardly inclined position, the baffle 6 The water will pass through the flap 401 through the screen plate 401, and then flow from the filter sheet 401 to the guide plate 38, after the water will flow out from the drain groove from the leakage tank, the water will flow into the downstream of the dam. In this process, the filter plate 401 will intercept the duckweed, and after the water flows from the filter sheet 401, the gravity of duckweed may not be sufficient to drive the rotation of the baffle 6, in the next water and duckweed flow In the water port 3, and drive the baffle 6 again, the film after the filtration is driven by the baffle 6 to the lower end of the curved plate 402. During the process, the baffle 6 will drive the drum 5 to rotate, turn The cartridge 5 rotates the first connecting rod 7 synchronously, and the compression spring 8 is rotated from the push plate 15, and when the first connecting rod 7 is rotated to contact with the arc plate 10, the arc plate 10 will push the first connecting rod 7 crowded. The pressing spring 8 is pressed and the first connecting rod 7 pushes the push plate 15 outward, and the push plate 15 is introduced outward, and then the ducks fall into the feed frame 12. In the medium, the feed frame 12 has been subjected to the weight of the duckweed, and the weight of the duckweed will give the injection frame 12, and the ducks falling into the feed frame 12 gradually increases, duckweed The weight will slowly drive the feed frame 12 to move downward on the cylinder 37, the feed frame 12 drives the fixing frame 20, the connection block 19, the sector plate 16, and the shift block 17 are moved downward, and the block 17 will be The oblique slide 18 slides inward, and when the shift block 17 slides to the bending of the oblique slide 18, the oblique slide 18 drives the shift block 17 to rotate, and the shift block 17 is rotated and synchronized to drive the sector plate 16. Turning, at this time, in the flat state of the plurality of sector plates 16 in the feed frame 12, it turns into an opening state, as shown in Fig. (8), the fluffy leaves from the sector plate 16 into the pulverization removal mechanism Then, the pulverization removal mechanism will be pulverized after pulverizing the duckweed; the present invention passes through the collecting mechanism, and the mating plate 401 is used by the filtering plate 401, so that the water can flow out through the mesh hole on the sheet 401. On the guide plate 38, after the water will flow out of the guide plate 38 from the leakage tank to the downstream of the dam, the water is effectively separated from the duckweed, reducing the volume of water and duckling, so that water Continue to the downstream, the intercepted duckweed does not affect the downstream ecological environment, improves the oxygen content in the water, protects the ecological environment of the water in the water, passes through the drum 5, the baffle 6, the first connecting rod 7 , The compression spring 8 is used in conjunction with the arc plate 10, and the barrier 6 can drive the baffle 6 prior to the bottom of the curved plate 402, the arc plate 10 can drive the first connecting rod 7 and the push plate 15 to move outward, push The material plate 15 can be scraped with the duckweed on the side wall of the baffle 6, which can make two baffles The duckweed in 6 is completely introduced, and the blending spring 14, the push plate 15, the sector plate 16, the shift block 17, and the oblique slide 18 can be used, and floating frame 12 Ping accumulated to a certain amount and automatically dropped into the pulverized shift mechanism for crushing, avoiding the amount of abrasion due to too little amount of duckweed; the grinding of the grinding and removal mechanism can also be used as a river tree Nutrients.
