CN208329036U - A kind of efficient water conservancy processing mud device - Google Patents

Abstract

The utility model discloses a kind of efficient water conservancies to handle mud device, including taking out dirty cylinder, it takes out dirty cylinder and is equipped with the dirty cylinder layer of pumping, dirty cylinder layer tight is taken out on the outside of agitator layer, taking out dirty cylinder layer is hollow cylinder layer, take out dirty cylinder layer open at its lower end, take out the stirring working region surrounding for being located at No.1 agitating shaft and No. two agitating shafts at the annular opening of dirty cylinder floor lower end, the annular opening for taking out dirty cylinder layer lower end can sufficiently extract the mud mixture that the agitating device work in dirty cylinder generates, sufficiently efficient mud of taking out, which acts on, to be realized to the mud in same water conservancy region, avoid the operation back and forth to the same area, improve the efficiency of silt removing dredging mud, orifice layer is equipped between level-one working chamber and secondary work chamber, active carbon layer is equipped between secondary work chamber and three-level working chamber, sewage is net by the active carbon in active carbon layer when flowing through active carbon layer Change, avoid and be expelled directly out caused pollution, the utility model structure novel is practical, easy to use and popularization.

Description

A kind of efficient water conservancy processing mud device

Technical field

The utility model relates to a kind of water engineering facility technical field, specifically a kind of efficient water conservancy processing mud dress It sets.

Background technique

Hydraulic engineering is development and utilization to water resource and the general designation for preventing water disaster etc., in Modern Water Conservancy engineering, When carrying out exploitation or pollution control to water waterpower resourses, need to handle the mud in water conservancy region, the mud one of deposition Aspect brings obstruction to the construction of the water conservancy projects such as channel, dam, and another aspect mud can aggravate the pollution in waters, influence in waters The quality of water quality.

During sludge treatment, passing equipment often stirs mud in side, and mud mixture is extracted in the other side, this The method that kind takes out mud can only be drawn into the mud mixture of agitation side, and inefficiency, the mud mixture of extraction is often Lack the necessary device of processing, or only simple deposition separation, a large amount of sewage discharge cause secondary pollution again.

Utility model content

The purpose of this utility model is to provide a kind of efficient water conservancies to handle mud device, to solve in above-mentioned background technique The problem of proposition.

To achieve the above object, the utility model provides the following technical solutions:

A kind of efficient water conservancy processing mud device, including dirty cylinder is taken out, agitator layer, agitator layer are equipped in the dirty cylinder of the pumping In be equipped with agitator tank, be equipped with stirring motor in agitator tank, stirring motor is fixedly connected on agitator tank internal upper part, stirring motor it is defeated Outlet is equipped with No. two teeth being meshed with No.1 gear by the No.1 gear in shaft tooth connection roller box, No.1 gear right side Wheel, the No.1 gear and No. two gears are respectively positioned in gear-box, No.1 gear lower end connection No.1 agitating shaft, under No. two gears No. two agitating shafts of end connection, the stretching agitator tank of No.1 agitating shaft and No. two agitating shafts, No.1 agitating shaft and No. two agitating shafts If lower end two sides be equipped with dry tap dirt cylinder stirring blade, take out dirty cylinder stirring blade and No.1 agitating shaft and No. two agitating shafts be vertical sets It sets and is alternately distributed in the lower end two sides of No.1 agitating shaft and No. two agitating shafts, the lower end of No.1 agitating shaft and No. two agitating shafts is set There is stirring pawl, stirring pawl is fixedly connected on the lower end surface of No.1 agitating shaft and No. two agitating shafts, and the dirty cylinder of the pumping is equipped with Dirty cylinder layer is taken out, takes out dirty cylinder layer tight on the outside of agitator layer, taking out dirty cylinder layer is hollow cylinder layer, dirty cylinder layer open at its lower end is taken out, The stirring working region surrounding for being located at No.1 agitating shaft and No. two agitating shafts at the annular opening of dirty cylinder floor lower end is taken out, smokes dirt cylinder Upper end, which is equipped with, takes out dirty pump, takes out the hollow cylinder layer that dirty cylinder layer is taken out in the connection of dirty pump lower end, takes out the lower end that dirty pipe is taken out in the connection of dirty pump upper end, institute The dirt inlet for taking out the upper end connection mud waste water treatment box of dirty pipe is stated, dirt inlet is located at level-one working chamber in mud waste water treatment box Upper end, the mud mixture of extraction taken out dirty pipe and entered in the level-one working chamber of mud waste water treatment box by dirt inlet, one Motor is equipped in level work chamber, motor lower end connects shaft, and the two sides of shaft are symmetrically arranged with several treatment box stirring blades, level-one Orifice layer is equipped between working chamber and secondary work chamber, orifice layer is equipped with the tiny intensive net hole of multilayer, the secondary work Active carbon layer is equipped between chamber and three-level working chamber, the three-level working chamber lower end on the mud waste water treatment box is equipped with draining Mouthful, discharge outlet connects suction pump by drainpipe.

As a further solution of the present invention: the drainpipe is equipped with control valve.

The agitator layer low side taken out on dirty cylinder, which is equipped with, as a further solution of the present invention, takes out dirty funnel.

The agitator tank is equipped with waterproof layer as a further solution of the present invention,.

The No.1 agitating shaft and No. two agitating shaft surfaces are done at antirust as a further solution of the present invention, Reason.

The number of the treatment box stirring blade is 3 pairs as a further solution of the present invention,.

The number for taking out dirty cylinder stirring blade is no less than 4 groups as a further solution of the present invention,.

Compared with prior art, the utility model has the beneficial effects that taking out mixed positioned at muddy water at the annular opening of dirty cylinder layer Object surrounding is closed, under the action of taking out dirty cylinder upper end pumping dirt pump, the mud mixture of generation is taken out into dirty cylinder layer and is extracted to pumping dirt pipe In, the annular opening for taking out dirty cylinder layer lower end can sufficiently extract the mud mixture that the agitating device work in dirty cylinder generates, Sufficiently efficient mud of taking out, which acts on, to be realized to the mud in same water conservancy region, avoids the operation back and forth to the same area, The efficiency of silt removing dredging mud is improved, the sewage of mud mixture enters second level by the tiny intensive hole of the multilayer on orifice layer Working chamber, mud and sandstone in mud mixture deposit on orifice layer, into the sewage in secondary work chamber by activity Layer of charcoal flows into three-level working chamber, and sewage, by the active carbon purifying in active carbon layer, is purified the sewage when flowing through active carbon layer Processing, avoids and is expelled directly out caused pollution, and the utility model structure novel is practical, easy to use and popularization.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that efficient water conservancy handles mud device.

Fig. 2 is the structural schematic diagram that efficient water conservancy handles mud waste water treatment box in mud device.

Fig. 3 is that efficient water conservancy handles the structural schematic diagram that dirty cylinder is taken out in mud device.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Please refer to Fig. 1~3, in the utility model embodiment, a kind of efficient water conservancy handles mud device, comprising: 1, take out it is dirty Cylinder, 2, the dirty pump of pumping, 3, the dirty funnel of pumping, 4, No.1 agitating shaft, 5, No.1 gear, 6, agitator tank, 7, stirring motor, 8, gear-box, 9, No. two gears, 10, No. two agitating shafts, 11, the dirty cylinder stirring blade of pumping, 12, stirring pawl, 13, mud waste water treatment box, 14, control Valve processed, 15, suction pump, 16, drainpipe, 17, dirt inlet, 18, motor, 19, shaft, 20, treatment box stirring blade, 21, orifice plate Layer, 22, active carbon layer, 23, discharge outlet, 24, mixing drum layer, 25, the dirty pipe of pumping, 26, the dirty cylinder layer of pumping, 27, level-one working chamber, 28, Secondary work chamber, 29, three-level working chamber.

It is equipped with agitator layer 24 in the dirty cylinder 1 of the pumping, agitator tank 6 is equipped in agitator layer 24, is equipped with stirring in agitator tank 6 Motor 7, stirring motor 7 are fixedly connected on 6 internal upper part of agitator tank, and the output end of stirring motor 7 passes through in shaft tooth connection roller box 8 No.1 gear 5, be equipped with No. two gears 9 being meshed with No.1 gear 5 on the right side of No.1 gear 5, the No.1 gear 5 and No. two Gear 9 is respectively positioned in gear-box 8, and 5 lower end of No.1 gear connects No.1 agitating shaft 4, and No. two 9 lower ends of gear connect No. two agitating shafts 10, the stretching agitator tank 6 of No.1 agitating shaft 4 and No. two agitating shafts 10, the lower end two of No.1 agitating shaft 4 and No. two agitating shafts 10 If side is equipped with dry tap dirt cylinder stirring blade 11, takes out dirty cylinder stirring blade 11 and No.1 agitating shaft 4 and No. two agitating shafts 10 are vertical sets It sets and is alternately distributed in the lower end two sides of No.1 agitating shaft 4 and No. two agitating shafts 10, No.1 agitating shaft 4 and No. two agitating shafts 10 Lower end is equipped with stirring pawl 12, and stirring pawl 12 is fixedly connected on the lower end surface of No.1 agitating shaft 4 and No. two agitating shafts 10, works When, stirring motor 7, which is powered, to be rotated, and the No.1 gear 5 in gear-box 8 is driven to go to, and No.1 gear 5 passes through engagement and drives two Number gear 9 rotates, and the rotation direction of No.1 gear 5 and No. two gears 9 is on the contrary, No.1 gear 5 drives the No.1 of its lower end to stir The rotation of axis 4 is mixed, No. two gears 9 drive No. two agitating shafts 10 rotation connecting with its lower end, No.1 agitating shaft 4 and No. two agitating shafts The dirty cylinder stirring blade 11 of 10 pumping and stirring pawl 12 can adequately stir the silting in working region, rotate mud It is loose and be combined into mud mixture with neighbouring water under agitaion.

The dirty cylinder 1 of the pumping, which is equipped with, takes out dirty cylinder layer 26, takes out dirty 26 tight of cylinder layer in 24 outside of agitator layer, takes out dirty cylinder Layer 26 is hollow cylinder layer, takes out dirty 26 open at its lower end of cylinder layer, takes out and is located at 4 He of No.1 agitating shaft at the annular opening of dirty 26 lower end of cylinder layer The stirring working region surrounding of No. two agitating shafts 10, the upper end for taking out dirty cylinder 1, which is equipped with, takes out dirty pump 2, takes out the connection of 2 lower ends of dirty pump and takes out dirty cylinder The hollow cylinder layer of layer 26, takes out the lower end that dirty pipe 25 is taken out in the connection of 2 upper ends of dirty pump, when work, No.1 agitating shaft 4 and No. two agitating shafts 10 On pumping dirt cylinder stirring blade 11 and the sufficiently rotation agitation of stirring pawl 12, generate largely containing the mud mixture of mud, take out dirty It is located at mud mixture surrounding at the annular opening of cylinder layer 26, under the action of dirty pump 2 is taken out in dirty 1 upper end of cylinder of pumping, by the mud of generation Aqueous mixtures are taken out dirty cylinder layer 26 and are extracted to taking out in dirty pipe 25, convey to dirty 25 upper end of pipe is taken out, complete the extraction work of water conservancy mud Make, the annular opening for taking out dirty 26 lower end of cylinder layer can sufficiently extract the muddy water mixing that the agitating device work in dirty cylinder 1 generates Object can realize that sufficiently efficient mud of taking out acts on to the mud in same water conservancy region, avoid the work back and forth to the same area Industry improves the efficiency of silt removing dredging mud.

The dirt inlet 17 of the upper end connection mud waste water treatment box 13 for taking out dirty pipe 25, dirt inlet 17 are located at mud sewage The upper end of level-one working chamber 27 in treatment box 13, the mud mixture of extraction are taken out dirty pipe 25 and enter mud dirt by dirt inlet 17 In the level-one working chamber 27 of water treatment case 13, motor 18 is equipped in level-one working chamber 27,18 lower end of motor connects shaft 19, shaft 19 two sides are symmetrically arranged with several treatment box stirring blades 20, and orifice layer is equipped between level-one working chamber 27 and secondary work chamber 28 21, orifice layer 21 is equipped with the tiny intensive net hole of multilayer, after mud mixture enters level-one working chamber 27 by dirt inlet 17, electricity Machine 18 drives shaft 19 to rotate, so that the treatment box stirring blade 20 in shaft 19 be made to rotate stirring mud mixture, muddy water is mixed The sewage for closing object enters 28 by the tiny intensive hole of multilayer on orifice layer 21, and the mud and sandstone in mud mixture are in hole Deposited on plate layer 21, it is to be mixed finish after topple over place level-one working chamber 27.

Active carbon layer 22 is equipped between the secondary work chamber 28 and three-level working chamber 29, into secondary work chamber 28 Sewage flows into three-level working chamber 29 by active carbon layer 22, and sewage is when flowing through active carbon layer 22 by the activity in active carbon layer 22 Carbon purifying purifies the sewage processing, avoids and is expelled directly out caused pollution.

29 lower end of three-level working chamber on the mud waste water treatment box 13 is equipped with discharge outlet 23, and discharge outlet 23 passes through draining Pipe 16 connects suction pump 15, under the work of suction pump 15, the water of purified treatment is discharged or carries out secondary use to water.

The drainpipe 16 is equipped with control valve 14, discharge of the control valve 14 to control processed sewage.

24 low side of agitator layer taken out on dirty cylinder 1, which is equipped with, takes out dirty funnel 3, increases 24 bottom end of agitator layer and takes out dirty cylinder The contact area of mud and sewage mixture that agitating device in layer 26 stirs improves the work that agitator layer 24 takes out mud Efficiency.

The agitator tank 6 is equipped with waterproof layer, prevents 7 and 8 middle gears when underwater operation from being corroded by sewage, influences stirring motor 7 and gear-box 8 service life.

Antirust treatment is done on the No.1 agitating shaft 4 and No. two 10 surfaces of agitating shaft, prevents No.1 agitating shaft 4 and No. two stirrings Axis 10 works in water be rusted for a long time, increases No.1 agitating shaft 4 and No. two agitating shafts 10 working life under water.

The number of the treatment box stirring blade 20 is three pairs.

The number for taking out dirty cylinder stirring blade 11 is no less than 4 groups.

The rotation the working principle of the utility model is: stirring motor 7 is powered, drives 5 turns of No.1 gear in gear-box 8 It arrives, No.1 gear 5 drives No. two gears 9 to rotate by engagement, the rotation direction phase of No.1 gear 5 and No. two gears 9 Instead, No.1 gear 5 drives the No.1 agitating shaft 4 of its lower end to rotate, and No. two gears 9 drive No. two agitating shafts connecting with its lower end The pumping dirt cylinder stirring blade 11 and stirring pawl 12 of 10 rotations, No.1 agitating shaft 4 and No. two agitating shafts 10 can adequately stir work Make the silting in region, keep mud loose under rotational agitation effect and be combined into mud mixture with neighbouring water, Pumping dirt cylinder stirring blade 11 and the sufficiently rotation agitation of stirring pawl 12 on No.1 agitating shaft 4 and No. two agitating shafts 10, generate a large amount of Mud mixture containing mud is taken out and is located at mud mixture surrounding at the annular opening of dirty cylinder layer 26, takes out taking out dirty 1 upper end of cylinder Under the action of dirt pump 2, the mud mixture of generation is taken out into dirty cylinder layer 26 and is extracted to taking out in dirty pipe 25,25 upper end of dirty pipe is defeated to taking out It send, completes the extraction work of water conservancy mud, the annular opening of dirty 26 lower end of cylinder layer of pumping can sufficiently extract the stirring in dirty cylinder 1 The mud mixture that device work generates can realize sufficiently efficient pumping mud effect to the mud in same water conservancy region, avoid Operation back and forth to the same area improves the efficiency of silt removing dredging mud, and it is logical that the mud mixture of extraction is taken out dirty pipe 25 It crosses dirt inlet 17 to enter in the level-one working chamber 27 of mud waste water treatment box 13, mud mixture enters level-one work by dirt inlet 17 After making chamber 27, motor 18 drives shaft 19 to rotate, so that it is mixed so that the treatment box stirring blade 20 in shaft 19 is rotated stirring muddy water Object is closed, the sewage of mud mixture enters secondary work chamber 28 by the tiny intensive hole of the multilayer on orifice layer 21, and muddy water is mixed The mud and sandstone closed in object deposits on orifice layer 21, and activity is equipped between the secondary work chamber 28 and three-level working chamber 29 Layer of charcoal 22 flows into three-level working chamber 29 by active carbon layer 22 into the sewage in secondary work chamber 28, and sewage is flowing through activity By the active carbon purifying in active carbon layer 22 when layer of charcoal 22, processing is purified the sewage, avoids and is expelled directly out caused pollution.

It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this is practical new The range of type is indicated by the appended claims rather than the foregoing description, it is intended that containing for the equivalent requirements of the claims will be fallen in All changes in justice and range are embraced therein.It should not treat any reference in the claims as limiting Related claim.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (7)

1. a kind of efficient water conservancy handles mud device, including takes out dirty cylinder (1), which is characterized in that be equipped with and stir in the dirty cylinder (1) of the pumping It mixes bucket layer (24), is equipped with agitator tank (6) in agitator layer (24), be equipped with stirring motor (7) in agitator tank (6), stirring motor (7) It is fixedly connected on agitator tank (6) internal upper part, the output end of stirring motor (7) passes through the No.1 tooth in shaft tooth connection roller box (8) It takes turns (5), No. two gears (9) being meshed with No.1 gear (5), the No.1 gear (5) and two is equipped on the right side of No.1 gear (5) Number gear (9) is respectively positioned in gear-box (8), and No.1 gear (5) lower end connects No.1 agitating shaft (4), and No. two gear (9) lower ends connect Connect No. two agitating shafts (10), the stretching agitator tank (6) of No.1 agitating shaft (4) and No. two agitating shafts (10), No.1 agitating shaft (4) With No. two agitating shafts (10) if lower end two sides be equipped with dry tap dirt cylinder stirring blade (11), take out dirty cylinder stirring blade (11) and No.1 Agitating shaft (4) and No. two agitating shafts (10) are vertically arranged and are alternately distributed in No.1 agitating shaft (4) and No. two agitating shafts (10) The lower end of lower end two sides, No.1 agitating shaft (4) and No. two agitating shafts (10) is equipped with stirring pawl (12), and stirring pawl (12) is fixedly connected On No.1 agitating shaft (4) and the lower end surface of No. two agitating shafts (10), the dirty cylinder (1) of the pumping, which is equipped with, takes out dirty cylinder layer (26), Dirty cylinder layer (26) tight is taken out on the outside of agitator layer (24), taking out dirty cylinder layer (26) is hollow cylinder layer, is taken out under dirty cylinder layer (26) End is opened wide, and the Beater operator for being located at No.1 agitating shaft (4) and No. two agitating shafts (10) at the annular opening of dirty cylinder floor (26) lower end is taken out Make region surrounding, the upper end for taking out dirty cylinder (1), which is equipped with, takes out dirty pump (2), takes out the hollow cylinder that dirty cylinder layer (26) is taken out in the connection of dirty pump (2) lower end Layer, takes out the lower end that dirty pipe (25) is taken out in the connection of dirty pump (2) upper end, and the upper end for taking out dirty pipe (25) connects mud waste water treatment box (13) dirt inlet (17), dirt inlet (17) are located at the upper end of the interior level-one working chamber (27) of mud waste water treatment box (13), extract Mud mixture enter the level-one working chamber (27) of mud waste water treatment box (13) through taking out dirty pipe (25) by dirt inlet (17) In, motor (18) are equipped in level-one working chamber (27), motor (18) lower end connects shaft (19), and the two sides of shaft (19) are symmetrically set There are several treatment box stirring blades (20), is equipped with orifice layer (21) between level-one working chamber (27) and secondary work chamber (28), hole Plate layer (21) is equipped with the tiny intensive net hole of multilayer, is equipped with and lives between the secondary work chamber (28) and three-level working chamber (29) Property layer of charcoal (22), three-level working chamber (29) lower end on the mud waste water treatment box (13) is equipped with discharge outlet (23), discharge outlet (23) pass through drainpipe (16) connection suction pump (15).

2. efficient water conservancy according to claim 1 handles mud device, which is characterized in that the drainpipe (16) is equipped with Control valve (14).

3. efficient water conservancy according to claim 1 handles mud device, which is characterized in that described to take out stirring on dirty cylinder (1) It mixes bucket layer (24) low side and is equipped with the dirty funnel (3) of pumping.

4. efficient water conservancy according to claim 1 handles mud device, which is characterized in that the agitator tank (6) is equipped with anti- Water layer.

5. efficient water conservancy according to claim 1 handles mud device, which is characterized in that the No.1 agitating shaft (4) and Do antirust treatment in No. two agitating shaft (10) surfaces.

6. efficient water conservancy according to claim 1 handles mud device, which is characterized in that the treatment box stirring blade (20) number is 3 pairs.

7. efficient water conservancy according to claim 1 handles mud device, which is characterized in that the dirty cylinder stirring blade of the pumping (11) number is no less than 4 groups.