Micro-electrolysis treatment and collection device for industrial sewage

[0020]All the features disclosed in this specification, or all the steps in the disclosed methods or processes, except for mutually exclusive features and/or steps, can be combined in any manner.

[0021]Combine belowFigure 1-6The present invention will be described in detail. For the convenience of description, the following directions are specified as follows:figure 1 The projection relationship itself has the same up, down, left, and front directions.

[0022]A micro-electrolytic treatment and collection device for industrial sewage in the device of the present invention includes a processing box 10 in which a processing chamber 11 is provided, and the processing chamber 11 is provided with an additive that can be added according to the amount of industrial sewage discharged. An adjustment mechanism 65 for mixing an appropriate amount of microelectrolyte. The adjustment mechanism 65 includes a discharge pipe 24 fixedly installed on the upper end wall of the processing chamber 11 and connected to the outside of the processing box 10, and the lower end of the discharge pipe 24 is fixed. A placing shaft 14 is installed, a placing box 15 is provided in the placing shaft 14, a storage box 49 is fixedly installed in the upper end wall of the processing chamber 11, and the storage box 49 is provided with a storage cavity 50, the storage cavity 50 An L-shaped push plate 52 with its own torsion spring is slidably installed in the upper end surface, and a push block 53 with a slope is slidably installed back and forth relative to the center in the storage cavity 50, and the push block 53 is far away from the storage cavity 50 A compression spring 54 is fixedly connected between the end surface of the center side and the side wall of the storage cavity 50 away from the center. The front end surface of the storage cavity 50 is fixedly installed with an inclined panel 51 that can be extended and contracted. The upper end surface of the pushing block 53 is fixedly connected, and the lower end surface of the storage box 49 is slidably installed with a discharge block 56 connected to the processing chamber 11 and equipped with a torsion spring. The discharge block 56 is provided with a connection port for discharge At block 56, the front end surface of the discharge pipe 24 is slidably installed with a drive plate 25 connected to the processing chamber 11 and provided with an inclined surface and its own inclined surface. The processing chamber 11 is provided with a drive plate 25 capable of driving the industrial wastewater. The driving mechanism 64 of the electrolysis reaction, the driving mechanism 64 includes a moving groove 26 symmetrically arranged in the upper end wall of the placing box 15 with respect to the discharge pipe 24, and the outer end wall of the placing box 15 is opposite to each other. A telescopic block 20 capable of telescoping back and forth is symmetrically fixedly connected to the discharge pipe 24, and a connecting box 27 is fixedly installed in the telescopic block 20. The connecting box 27 is provided with an opening facing the discharge pipe 24 side. In the connecting cavity 28, a placing plate 31 is fixedly installed in the connecting cavity 28, and an L-shaped pushing rack 30 is slidably installed in the placing plate 31. The upper end surface of the pushing rack 30 meets the connecting cavity 28 A pushing spring 29 is fixedly connected between the upper end walls. A rotating shaft 34 located on the lower side of the placing plate 31 is rotatably installed in the front and rear end walls of the connecting cavity 28. The rotating shaft 34 is fixedly installed with a rack and a shaft. The rotating block 63 engaged and inclined by the pushing rack 30, the connecting cavity 28 is slidably installed in the center side end wall of the discharge pipe 24 with a telescopic plate 36, and the telescopic plate 36 and the rotating block 63 are far away from each other. The central side end surface of the discharge pipe 24 is hingedly connected, and the treatment chamber 11 is provided with a discharge mechanism 66 capable of filtering and discharging the treated industrial sewage and collecting sediment.

[0023]Advantageously, the adjustment mechanism 65 further includes a front end surface of the pushing block 53 fixedly installed on the front side and connected to a drive rack 45 in the processing chamber 11, and the front end wall of the processing chamber 11. Connected to the L-shaped prompt block 48 in the processing chamber 11, the prompt block 48 is provided with a rack, a mounting shaft 46 is rotatably installed in the left end wall of the processing chamber 11, and the mounting shaft 46 is fixedly mounted with A cylindrical drive gear 47 is engaged with the upper rack of the prompt block 48 and the drive rack 45. An adjustment shaft 57 is rotatably installed in the left end wall of the processing chamber 11, and the adjustment shaft 57 is fixedly installed with a retractable The adjustment block 55, the adjustment block 55 is slidingly fitted with the drive plate 25, the front end of the adjustment block 55 is hingedly connected with the rear end of the discharge block 56, and the discharge pipe 24 needs to be disposed of In the case of industrial sewage, the drive plate 25 is prompted to move forward under the impact force of the industrial sewage to push the adjustment block 55 to rotate around the adjustment shaft 57.

[0024]Beneficially, the driving mechanism 64 further includes a sliding block 59 fixedly connected to the upper end wall of the moving groove 26 and equipped with a torsion spring. The sliding block 59 is capable of telescoping up and down and is T-shaped. The sliding block 59 A sliding plate 58 with its own torsion spring and an inclined surface is slidably installed in the rear end surface. The sliding plate 58 abuts the rotating block 63, and the upper end wall of the moving groove 26 is slidably installed in the upper end wall connected to the row An L-shaped moving block 21 with a torsion spring is provided in the inlet tube 24. The upper end surface of the moving block 21 is fixedly installed with a movable plate 22 with a slope in the processing chamber 11, and the discharge tube 24 is left and right in the outer end face. A blocking plate 23 with its own torsion spring is installed symmetrically with respect to the center of the drive plate 25. The blocking plate 23 is provided with a connection port. The discharge of industrial sewage promotes the sliding block 59 as the sewage increases. Floating on the sewage gradually causes the sliding block 59 to move upward into the moving trough 26.

[0025]Advantageously, the driving mechanism 64 further includes a motor 38 fixedly installed in the rear end wall of the processing chamber 11, and a driving shaft is installed in the rear end wall of the processing chamber 11 to rotate symmetrically with respect to the center of the placing box 15 18. The front end of the motor 38 is in power connection with the rear end of the drive shaft 18 on the left side. The drive shaft 18 is fixedly mounted with a drive sleeve 17 and a transmission pulley 40 from front to back. A drive belt 39 is connected between the pulleys 40, a track groove 37 is provided in the outer wall of the drive sleeve 17, and a connecting block 19 is slidably installed in the track groove 37. The connecting block 19 and the connecting box 27 are far away from each other. The end surface of the central side of the discharge pipe 24 is fixedly connected, and the drive shaft 18 on the left is rotated to cause the drive shaft 18 on the left to pass between the drive pulley 40 on the left and the drive pulley 40 on the right. The drive belt 39 between the drive.

[0026]Beneficially, the driving mechanism 64 further includes a storage battery 32 fixedly installed in the placement plate 31, and a micro-electrolytic material plate 35 is fixedly installed in the end surface of the rotating block 63 near the center side of the discharge pipe 24. The micro-electrolytic material plate 35 is a conductor with different electronegativity, the upper end surface of the rotating shaft 34 is fixedly connected with a connecting wire 33, and the lower end of the battery 32 is power connected with the connecting wire 33 through the connection The line 33 transmits the electric energy in the battery 32 to the micro-electrolysis material plate 35, and promotes the electrolysis reaction between the micro-electrolysis material plate 35 and sewage.

[0027]Advantageously, the discharge mechanism 66 includes an L-shaped discharge pipe 41 fixedly installed on the front end wall of the processing chamber 11 and connected to the outside of the processing box 10, and the rear end of the discharge pipe 41 is fixedly connected to the placing box 15 The upper end surface of the discharge pipe 41 is slidably installed with a filter plate 44 provided with a slope and a torsion spring. The right end surface of the placing box 15 is fixedly installed with an air pump 62, and the lower end of the air pump 62 is dynamically connected with its own torsion spring. A telescopic tube 61 with parallel L, a connecting plate 60 is fixedly installed in the right end surface of the placing box 15, a blocking block 42 capable of telescoping up and down is fixedly connected in the lower end wall of the placing cavity 16, and the right end surface of the blocking block 42 is fixedly installed There is a push rod 67 connected to the processing chamber 11 through the connecting plate 60, the upper end surface of the push rod 67 is fixedly connected to the lower end surface of the telescopic tube 61, and the right end surface of the blocking block 42 is fixedly installed at the The inclined plane block 43 with the inclined plane in the placement cavity 16 blows air through the telescopic tube 61 to prompt the push rod 67 to drive the blocking block 42 to move downward.

[0028]Advantageously, the discharge mechanism 66 includes the collection box 12 slidably mounted on the bottom end of the processing chamber 11 and equipped with a torsion spring. The bottom end of the placement box 15 is symmetrical with respect to the center of the discharge pipe 24. The placement shaft 14 with its own torsion spring is rotatably installed, and the placement blocks 13 abutting each other are fixedly installed on the placement shaft 14, and the inclined plane block 43 moves downward to prompt the inclined plane block 43 to push the left and right sides. The placing block 13 rotates around the placing shaft 14 to encourage the deposits after micro-electrolysis to fall into the collection box 12 for collection.

[0029]In the initial state, the push spring 29 is in an undeformed state, and the compression spring 54 is in an undeformed state.

[0030]Before starting to work, the operator pushes the push plate 52 to move backwards to promote the placement of the required micro-electrolyte in the storage cavity 50, so that the weight of the micro-electrolyte causes the push blocks 53 on the front and rear sides to move away from the storage cavity. 50 moves forward and backward in the direction of the center side, prompting the front push block 53 to drive the drive rack 45 to move forward, and causes the drive rack 45 to mesh with the drive gear 47, which causes the mounting shaft 46 to rotate. During the rotation of the drive gear 47 , Prompting the drive gear 47 to mesh with the rack on the prompt block 48, so that the prompt block 48 moves downward and gradually enters the processing chamber 11, and then when the micro-electrolyte in the storage chamber 50 is insufficient, prompts the prompt block 48 to gradually rise to Remind the operator of the initial position;

[0031]When the industrial sewage that needs to be treated is discharged into the discharge pipe 24, the drive plate 25 is prompted to move forward under the impact of the industrial sewage, and the adjustment block 55 is pushed to rotate around the adjustment shaft 57, so that the adjustment shaft 57 is driven. The discharge block 56 moves backwards, so that the storage cavity 50 is connected to the placement cavity 16 through the connection port on the discharge block 56, so that the microelectrolyte placed in the storage cavity 50 varies with the amount of industrial sewage discharged. Discharge and place into the placing cavity 16 to mix with industrial sewage to avoid waste due to excessive addition of microelectrolyte or poor microelectrolysis effect due to too little microelectrolyte, which affects the effect of sewage treatment, and is discharged through industrial sewage. When in the cavity 16, it is the first to make full contact with the micro-electrolytic material plate 35;

[0032]With the discharge of industrial sewage, the sliding block 59 is caused to float on the sewage as the sewage increases, and the sliding block 59 is gradually moved upward into the moving groove 26, and when the sliding block 59 moves upward, the sliding block 59 is promoted to float. The moving plate 58 moves backward under the action of the elastic force of the torsion spring, and then when the sliding block 59 moves upward into the moving groove 26, the sliding block 59 and the sliding plate 58 push the moving block 21 to move upward, so that the moving plate 22 The inclined surface gradually comes into contact with the connection port in the blocking plate 23, prompting the front and rear blocking plates 23 to move closer to the center of the discharge pipe 24, so that the front and rear blocking plates 23 abut against each other and temporarily close the discharge pipe 24 , To prevent the sewage discharged into the pipe 24 from being discharged into the placement cavity 16, and at the same time, the sliding block 59 and the sliding plate 58 push the rack 30 to move upward, so that the pushing rack 30 is engaged with the rack on the rotating block 63, thereby Cause the rotating block 63 to rotate around the rotating shaft 34, and cause the rotating block 63 to be received in the connecting cavity 28;

[0033]After that, the battery 32 is started, and the electrical energy in the battery 32 is transmitted to the micro-electrolysis material plate 35 through the connecting wire 33, so that the left and right side micro-electrolysis material plates 35 are connected to the sewage through the micro-electrolysis material plate 35 with conductors with different electronegativity. The electrolysis reaction is generated between the sewage, and the sewage can be coagulated, and the motor 38 is started, so that the left drive shaft 18 rotates, and the left drive shaft 18 is forced to pass between the left drive pulley 40 and the right drive pulley 40. The drive belt 39 drives, which causes the drive shaft 18 on the right to rotate, prompting the drive sleeve 17 to rotate, so that the connecting block 19 drives the connecting box 27 to move back and forth on the track of the track groove 37, so that the micro-electrolysis material plate 35 is fully exposed to sewage. An electrolysis reaction occurs between them, so that the sewage can be coagulated quickly;

[0034]When the electrolysis work is completed, start the air pump 62 and blow out the gas through the telescopic tube 61, prompting the push rod 67 to drive the blocking block 42 to move downwards, so that the inclined plane block 43 moves downwards, and prompts the inclined plane block 43 to push the left and right placement blocks 13 around The placement shaft 14 rotates to encourage the sediment after the micro-electrolysis to fall into the collection box 12 for collection. When the sediment in the collection box 12 needs to be taken out, pull the collection box 12 to the right and move it to the outside of the processing box 10 to take it out. Yes, the device is then prompted to return to the initial position.

[0035]The beneficial effects are: the device of the present invention places the micro-electrolyte and discharges the industrial sewage that needs to be treated, and adds an appropriate amount of the micro-electrolyte according to the amount of industrial sewage discharged to avoid excessive micro-electrolysis. Too much waste or too little micro-electrolysis agent results in poor micro-electrolysis effect, which affects the sewage treatment effect, and drives the micro-electrolysis material to produce electrolysis reaction between sewage, so that sewage can quickly coagulate and complete the micro-electrolysis The sewage is discharged and the sediment is collected.