CN219723911U - Environment-friendly elutriation cleaning system - Google Patents

Abstract

The utility model discloses an environment-friendly elutriation cleaning system, a rolling stone water filtering tank is grounded through elastic support legs, an inner bottom is high at the front and low at the back, a driving vibration force piece is suitable for driving the rolling stone water filtering tank to shake, a first spray pipe is suitable for spraying stones of the rolling stone water filtering tank above, a dirt collecting tank is suitable for receiving muddy water falling from the rolling stone water filtering tank, a dirt collecting tank is communicated with a first water-filtering piece, a first water-return pump is arranged in the dirt collecting tank, and the first water-return pump sprays stones of the rolling stone water filtering tank through the first spray pipe. The stones are synchronously elutriated in the rolling movement, so that the stones are thoroughly cleaned; the utility model can collect and filter the sewage after stone cleaning, and can repeatedly apply the clean water obtained by filtering to stone flushing, so that the water resource is fully recycled, and the water resource waste is greatly avoided.

Description

Environment-friendly elutriation cleaning system

Technical Field

The utility model relates to ore cleaning, in particular to an environment-friendly elutriation cleaning system.

Background

In the ore processing treatment, the stone is obtained by explosion of mine or mountain, the stone comprises stone blocks and stone particles, and certain mud is attached to the stone blocks and stone particles. In order to avoid that the mud slurry influences the quality of the procedures such as stone crushing and the like, and in order to avoid that the procedure such as stone crushing and the like raise dust seriously, the stone needs to be rewashed.

In practice, however, the washing of stone requires a lot of water; there is a need for improved upgrades to stone cleaning systems.

Disclosure of Invention

The utility model aims to at least solve one of the above-mentioned technical problems, and provides an environment-friendly elutriation cleaning system, water is recycled and reused to a certain extent, and water resources are effectively saved.

In order to achieve the above purpose, the technical scheme adopted by the utility model is as follows:

the utility model provides a cleaning system is eluriated in environmental protection, includes trembles Dan Zujian, first spray tube, collection dirt pond, collection clear pond and first back spray pump, tremble the stone subassembly and include the roll stone drainage tank and drive vibration power spare, the roll stone drainage tank passes through the elasticity stabilizer blade and lands, just the roll stone drainage tank inner bottom is the water filtering otter board that the low slope in front set up, drive vibration power spare is suitable for the drive the roll stone drainage tank trembles, first spray tube sets up the top of roll stone drainage tank, first spray tube is suitable for to the building stones of roll stone drainage tank are sprayed, the collection dirt pond sets up the below of roll stone drainage tank, collection dirt pond is suitable for accepting the muddy water that the roll stone drainage tank falls, collection clear pond is through first filter mud spare intercommunication collection dirt pond, first back spray pump sets up in the collection clear pond, first back spray pump passes through first spray tube gives the building stones of roll stone drainage tank go on.

Compared with the prior art, the utility model has the beneficial effects that: after the stone rolling and filtering groove receives the stone which is rolled from the outside, the stone can continuously roll and move in the stone rolling and filtering groove based on rolling inertia, the vibration of the stone rolling and filtering groove can also promote the rolling and moving of the stone, the stone is synchronously washed in the rolling and moving, namely, the stone is washed, so that mud and mud of the whole body of the stone are gradually washed, and the stone is sufficiently washed; the utility model can collect and filter the sewage after stone cleaning, and can repeatedly apply the clean water obtained by filtering to stone flushing, so that the water resource is fully recycled, and the water resource waste is greatly avoided.

As the improvement of above-mentioned technical scheme, still include the second spray tube, the second spray tube intercommunication running water, the dirty pond of collection includes dirty pond of one-level and the dirty pond of second grade, the collection is clear to be filtered and is obtained pond and second grade and strain and get the pond, the dirty pond of one-level with the dirty pond of second grade is set gradually by the back of going forward, just the dirty pond of one-level with the concatenation of the dirty Chi Shouwei of second grade, first spray tube is in the top in the dirty pond of one-level corresponds, the second spray tube is in the top in the dirty pond of second grade corresponds, the dirty pond of one-level is strained through first filter mud spare intercommunication one-level and is strained and get the pond through another first filter mud spare intercommunication second grade, the dirty pond of one-level is strained and is obtained the pond through second filter mud spare intercommunication second grade, first back spray pump setting is in the second grade is strained and is obtained the pond.

As the improvement of the technical scheme, the device further comprises one or more three-stage filtering ponds, the three-stage filtering ponds are connected in series through a fourth mud filtering piece, the three-stage filtering ponds at the head end of the serial circuit are communicated with the two-stage filtering ponds through a third mud filtering piece, a second water return spray pump is arranged in the three-stage filtering ponds at the tail end of the serial circuit, and the second water return spray pump is suitable for supplying water to the second spray pipe.

As the improvement of above-mentioned technical scheme, still include the empty filter mud subassembly, the empty filter mud subassembly includes filter mud screen cloth, roller, circulation motor and scraper, a plurality of the roller is suitable for by the filter mud screen cloth coiling, makes the lower part of filter mud screen cloth is soaked in the one-level dirty pond, makes the upper portion of filter mud screen cloth exceeds the one-level dirty pond, and is used for accepting the muddy water that the rolling stone filter flume falls down, circulation motor is suitable for with the circulation direction of filter mud screen cloth is that upper portion is by back to the transmission, the scraper is suitable for the filter mud front end is scraped mud on the filter mud screen cloth.

As the improvement of above-mentioned technical scheme, the roller includes the roller bearing and is in the sprocket that the interval set up on the roller bearing, the filter mud screen cloth includes screen cloth main part and is in two chains of screen cloth main part both sides, two the chain is wound up respectively and is corresponded the sprocket.

As an improvement of the technical scheme, the first-stage sewage pool and the second-stage sewage pool are provided with a slope type side wall which is suitable for the entry and exit of a mud shovel.

As the improvement of the technical scheme, the sewage treatment device further comprises a mud filtering baffle, wherein the first-stage sewage tank and the second-stage sewage tank are respectively separated into an upper chamber and a lower chamber by the corresponding mud filtering baffle, the lower chamber of the first-stage sewage tank is communicated with the first-stage filtering tank, the lower chamber of the second-stage sewage tank is communicated with the second-stage filtering tank, and the slope-type side wall is further suitable for push-pull disassembly of the mud filtering baffle.

As the improvement of above-mentioned technical scheme, the one-level strain get the pond, the second grade strain get the pond, and be the upper end intercommunication between the tertiary pond that strain, two adjacent tertiary strain and get and be the upper end intercommunication between the pond, first back spray pump with the second back spray pump all is apart from the bottom of the pool certain distance.

As the improvement of above-mentioned technical scheme, first back spray pump with the second returns the spray pump and hangs the installation through corresponding hauler respectively, first back spray pump with the second returns the spray pump and all is that the output has outer calandria through corresponding open and close valve intercommunication.

As the improvement of the technical scheme, the vibration driving force piece comprises a polarization rotating shaft arranged on the barrelled stone water filtering tank and a vibration driving motor in transmission connection with the polarization rotating shaft, wherein the polarization rotating shaft comprises a mandrel and a plurality of eccentric blocks arranged on the mandrel, and the vibration driving motor is suitable for being arranged on the mandrel in the rotation direction of the mandrel from front to back along a tangent line.

Drawings

The utility model is described in further detail below with reference to the attached drawing figures, wherein:

FIG. 1 is a schematic top view of an environment-friendly panning cleaning system according to an embodiment of the present utility model;

FIG. 2 is a schematic diagram of the mud water filtration system of the environmental protection panning cleaning system of FIG. 1;

FIG. 3 is a side view angle distribution diagram of the piping, shaker Dan Zujian, and empty sludge assembly of the environmental protection panning cleaning system of FIG. 1;

FIG. 4 is a schematic diagram of a mud water filtration system of an environment-friendly elutriation cleaning system according to an embodiment of the present utility model;

FIG. 5 is a schematic view of the mud filtration system of FIG. 4 after the mud separator is decomposed and the first, second, third, and fourth mud filter pieces are hidden;

fig. 6 is a schematic structural diagram of a stone shaking component of the environment-friendly panning cleaning system according to an embodiment of the present utility model.

Dan Zujian 100, a rolling stone water filtering tank 110, a vibration driving force piece 120, a polarization rotating shaft 121, a vibration driving motor 122 and elastic support legs 130;

a first nozzle 210, a second nozzle 220;

a sewage collecting tank 300, a primary sewage tank 310, and a secondary sewage tank 320;

the collection pool 400, the primary filtering pool 410, the secondary filtering pool 420 and the tertiary filtering pool 430;

a first sludge member 510, a second sludge member 520, a third sludge member 530, and a fourth sludge member 540;

an empty filter mud assembly 600, a filter mud net cloth 610, a roller 620, a scraper 640;

a sludge separator 700.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and fully with reference to the accompanying drawings, in which it is evident that the embodiments described are only some, but not all embodiments of the utility model. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Referring to fig. 1 and 2, the present utility model provides an environment-friendly panning washing system, which comprises a stone shaking assembly 100, a first spray pipe 210, a dirt collecting tank 300, a dirt collecting tank 400 and a first water-spraying pump, wherein the stone shaking assembly 100 comprises a stone rolling water tank 110 and a driving vibration force member 120, the stone rolling water tank 110 is grounded through an elastic support leg 130, the inner bottom of the stone rolling water tank 110 is a water filtering screen plate which is arranged in a front-high back-low inclined manner, the driving vibration force member 120 is suitable for driving the stone rolling water tank 110 to shake, the first spray pipe 210 is arranged above the stone rolling water tank 110, the first spray pipe 210 is suitable for spraying stones of the stone rolling water tank 110, the dirt collecting tank 300 is arranged below the stone rolling water tank 110, the dirt collecting tank 300 is suitable for receiving muddy water falling from the stone rolling water tank 110, the dirt collecting tank 400 is communicated with the dirt collecting tank 300 through the first mud filtering member 510, the first water-spraying pump is arranged in the dirt collecting tank 400, and the first water-spraying pump is sprayed to stones of the stone rolling water tank 110 through the first spray pipe 210.

The elastic leg 130 may be a spring, an elastically deformable plastic leg, a rubber leg, or the like, or may be a leg including a spring section, an elastically deformable plastic section, or an elastically deformable rubber section. It will be appreciated that the resilient legs 130 are stacked on top of other devices and then grounded, as an equivalent. Referring to fig. 1, elastic legs 130 are connected to front and rear ends of the rolling stone filtering tank 110 to deviate from each pool; cover plates can be paved on the left side and the right side of the rolling stone water filtering groove 110 to cover and seal each pool, and a vibration driving motor 122 is arranged on the cover plates.

The first nozzle 210 is provided with a plurality of spray holes or a plurality of spray heads, and the first nozzle 210 is communicated with a first water return spray pump. Preferably, the first nozzle 210 communicates with the first water return pump via a first on-off valve, and communicates with tap water or other clean water tanks/towers via a second on-off valve, which may be directly a faucet structure, ball valve, or the like.

The vibration driving force member 120 may be a crank shaft including a vibration driving motor 122 and a rotation shaft connected to the vibration driving motor 122, wherein the vibration driving motor 122 drives the crank shaft to roll, and in the process of rolling the crank shaft, a crank on the crank shaft intermittently pushes up the rock filtering groove 110, so that the rock filtering groove 110 shakes up and down, and the rock material rolls and moves on the inclined water filtering screen plate, so that the whole body of the rock material is gradually cleaned. Referring to fig. 3 and 6, preferably, the vibration driving force member 120 includes a polarization rotating shaft 121 disposed on the rolling stone water filtering groove 110 and a vibration driving motor 122 in transmission connection with the polarization rotating shaft 121, the polarization rotating shaft 121 includes a spindle and a plurality of eccentric blocks disposed on the spindle, and the vibration driving motor 122 is adapted to rotate along a tangent line on the spindle 131 from front to back with respect to the spindle 131; during the rotation of the mandrel 131, the eccentric block 132 has a tendency to spin off centrifugally, so that the eccentric block 132 continuously pulls the rolling stone water filter tank 110 through the mandrel 131, and vibrates the rolling stone water filter tank 110 which is elastically grounded. The rotation direction of the polarization rotation shaft 121 is embodied in that the upper edge tangent line of the mandrel 131 is from front to back, so that the rolling stone water filtering groove 110 bounces upwards and backwards, and stone is gradually bounced upwards and backwards to be transferred; specifically, the stone easy to roll can be rolled better, and the stone grains at the bottom which are not easy to roll can jump upwards backwards step by step; the stone jumps backwards and upwards, which is helpful for the mud water to separate quickly and thoroughly, so the stone is washed cleanly and thoroughly.

The operation process of the utility model is as follows: the feeding conveyor belt or the transport vehicle is poured into the front end of the water filtering screen, the stones roll down to the water filtering screen and keep rolling movement on the inclined water filtering screen based on rolling inertia, and the rolling stones are received while being sprayed by the first spray pipe 210, namely, in a washing form, mud and mud on the periphery of Dan Kuaidan grains are gradually washed and removed, mud and water are separated from the stones downwards through the water filtering ports of the water filtering screen, and the rolling stones are washed more fully; in addition, muddy water falls into the sludge collecting tank 300, muddy water in the sludge collecting tank 300 is filtered by the first mud filtering piece 510 to obtain clear water with a certain degree, the clear water after mud filtering flows into the clear collecting tank 400, and the clear water is sprayed by the first water return pump and the first spray pipe 210 to obtain follow-up stones to be cleaned, so that water resources are effectively recycled.

It will be appreciated that the mud filter is suitable for stopping mud slurry from running through water, and may be a microporous mesh plate (filter element/filter plate/filter sheet) made of fibrous material, a filter element/filter plate/filter sheet made of activated carbon, a honeycomb structure plate made of other materials, or others; common limiting materials are plastics, cotton-plastics, nylon, polyester, etc.

The sump 400 may also be in communication with tap water to replenish the amount of water that is unintentionally lost.

Compared with the prior art, the utility model has the beneficial effects that: after the rolling stone filtering groove 110 receives the stone which is rolled from the outside, the stone can continuously roll in the rolling stone filtering groove 110 based on rolling inertia, the rolling movement of the stone can be enhanced by the vibration of the rolling stone filtering groove 110, the stone is synchronously washed in the rolling movement, namely, the stone is washed, so that the mud and mud of the whole body of the stone are gradually washed, and the stone is sufficiently washed; the utility model can collect and filter the sewage after stone cleaning, and can repeatedly apply the clean water obtained by filtering to stone flushing, so that the water resource is fully recycled, and the water resource waste is greatly avoided.

Referring to fig. 1 to 4, in some embodiments of the present utility model, the second nozzle 220 is further included, the second nozzle 220 is communicated with tap water, the sewage collection tank 300 includes a primary sewage tank 310 and a secondary sewage tank 320, the sewage collection tank 400 includes a primary filtrate tank 410 and a secondary filtrate tank 420, the primary sewage tank 310 and the secondary sewage tank 320 are sequentially arranged from front to back, the primary sewage tank 310 and the secondary sewage tank 320 are spliced end to end, the first nozzle 210 corresponds to the upper side of the primary sewage tank 310, the second nozzle 220 corresponds to the upper side of the secondary sewage tank 320, the primary sewage tank 310 is communicated with the primary filtrate tank 410 through a first sludge filter 510, the secondary sewage tank 320 is communicated with the secondary filtrate tank 420 through a second sludge filter 510, the primary filtrate tank 410 is also communicated with the secondary filtrate tank 420 through a second sludge filter 520, and the first return pump is arranged in the secondary filtrate tank 420. In the utility model, the stone is cleaned in a grading way along the conveying direction of the stone; the sewage obtained by primary stone cleaning is used for primary stone cleaning after two-stage filtration, and the sewage obtained by secondary stone cleaning is used for primary stone cleaning after primary filtration; based on the fact that the mud filtering piece has a certain blocking effect on water flow, the utility model effectively ensures the acquisition efficiency of filtered water, and effectively ensures the cleaning quality of stones through graded cleaning and different utilization of graded filtered water.

Referring to fig. 1, 2, 4 and 5, in some embodiments of the present utility model, one or more tertiary filter ponds 430 are further included, the plurality of tertiary filter ponds 430 are connected in series through a fourth filter mud member 540, the tertiary filter ponds 430 at the head end of the series are connected to the secondary filter ponds 420 through a third filter mud member 530, and a second water return pump is provided in the tertiary filter ponds 430 at the tail end of the series, and is adapted to supply water to the second spray pipe 220. It will be appreciated that the tap water and the second water return pump are respectively connected to the second spout 220 through different on-off valves, and when the second water return pump supplies water to the second spout 220, the tap water connected to the second spout 220 is shut off.

Referring to fig. 1 and 3, in some embodiments of the present utility model, the empty filter mud assembly 600 further includes an empty filter mud assembly 600, the empty filter mud assembly 600 including a filter mud net 610, rollers 620, a circulation motor, and a scraper 640, the plurality of rollers 620 being adapted to be wound by the filter mud net 610, to soak a lower portion of the filter mud net 610 in the primary sewage tank 310, to raise an upper portion of the filter mud net 610 above the primary sewage tank 310 and to receive mud water dropped from the rolling stone filter tank 110, the circulation motor being adapted to impart to the filter mud net 610 a circulation direction in which the upper portion is transported from the rear to the front, and the scraper 640 being adapted to scrape mud on the filter mud net 610 at a front end of the filter mud net 610.

In some embodiments of the present utility model, the roller 620 includes a roller and sprockets spaced on the roller, and the filter mud net 610 includes a net body and two chains on both sides of the net body, the two chains winding the corresponding sprockets, respectively.

Referring to fig. 4 and 5, in some embodiments of the present utility model, the primary tank 310 and the secondary tank 320 are each provided with a side wall of a slope type adapted for the entry and exit of a mud truck.

Referring to fig. 4 and 5, in some embodiments of the present utility model, a sludge separator 700 is further included, the primary sludge tank 310 and the secondary sludge tank 320 are respectively separated into an upper chamber and a lower chamber by the corresponding sludge separator 700, the lower chamber of the primary sludge tank 310 is communicated with the primary filtration tank 410, the lower chamber of the secondary sludge tank 320 is communicated with the secondary filtration tank 420, and the slope type side wall is also suitable for push-pull type assembly and disassembly of the sludge separator 700. It is understood that the lower end of the filter mud baffle 700 may be provided with a skeleton supporting plate so as to support the filter mud baffle 700; the mud filter 700 is suitable for separating the sewage pool up and down and filtering mud, so the mud filter 700 can be made of the same material as the mud filter.

In some embodiments of the present utility model, the primary filtration cell 410, the secondary filtration cell 420, and the tertiary filtration cell 430 are in upper communication, and the adjacent two tertiary filtration cells 430 are in upper communication, and the first water return pump and the second water return pump are both at a distance from the bottom of the cell. In the utility model, the mud and dust in the filtering pool are settled, the upper clean water flows to the subsequent Chi Yan, and the water return spray pump deviates from mud at the bottom of the pool.

Referring to fig. 4 and 5, in some embodiments of the present utility model, the first and second water return pumps are respectively suspended by corresponding traction machines, and the output ends of the first and second water return pumps are respectively communicated with an outer drain pipe through corresponding opening and closing valves. In the utility model, the water return spray pump can be lowered to the bottom of the pool and mix the pool water, and the water in the pool is discharged, so that the pool is cleaned regularly. It will be appreciated that the backwash pump is capable of pumping mud simultaneously, with the pump being selected to have a corresponding power.

The above embodiments are only for illustrating the technical solution of the present utility model and not for limiting the same, and any modifications or equivalent substitutions without departing from the spirit and scope of the present utility model should be covered in the scope of the technical solution of the present utility model.

Claims (10)

1. An environmental friendly panning cleaning system, comprising:

the stone shaking assembly comprises a rolling stone water filtering tank and a driving vibration force piece, wherein the rolling stone water filtering tank is grounded through elastic supporting legs, the inner bottom of the rolling stone water filtering tank is a water filtering screen plate with a front high and a rear low inclined, and the driving vibration force piece is suitable for driving the rolling stone water filtering tank to shake;

the first spray pipe is arranged above the barrelled rock water filtering tank;

the dirt collecting tank is arranged below the rolling stone water filtering tank and is suitable for receiving muddy water falling from the rolling stone water filtering tank;

the sewage collecting and cleaning pool is communicated with the sewage collecting pool through a first mud filtering piece;

the first water return spray pump is arranged in the collection pool and sprays stones in the rolling stone water filtering groove through the first spray pipe.

2. The environment-friendly elutriation cleaning system according to claim 1, further comprising a second spray pipe, wherein the second spray pipe is communicated with tap water, the sewage collecting tank comprises a first-stage sewage tank and a second-stage sewage tank, the first-stage sewage tank and the second-stage sewage tank are sequentially arranged from front to back, the first spray pipe is correspondingly arranged above the first-stage sewage tank, the second spray pipe is correspondingly arranged above the second-stage sewage tank, the first-stage sewage tank is communicated with the first-stage sewage tank through a first mud filter, the second-stage sewage tank is communicated with the second-stage sewage tank through another first mud filter, the first-stage sewage tank is also communicated with the second-stage sewage tank through a second mud filter, and the first water return pump is arranged in the second-stage sewage tank.

3. The environment-friendly elutriation cleaning system according to claim 2, further comprising one or more tertiary filtration ponds, wherein the tertiary filtration ponds are connected in series through a fourth mud filter, the tertiary filtration ponds at the head end of the series are communicated with the secondary filtration ponds through a third mud filter, and a second water return spray pump is arranged in the tertiary filtration ponds at the tail end of the series and is suitable for supplying water to the second spray pipe.

4. The environmental protection elutriation cleaning system according to claim 2, further comprising a blank filter mud assembly, wherein the blank filter mud assembly comprises a filter mud mesh, rollers, a circulation motor and a scraper, wherein a plurality of the rollers are suitable for being wound by the filter mud mesh, the lower portion of the filter mud mesh is soaked in the primary sewage tank, the upper portion of the filter mud mesh is higher than the primary sewage tank and is used for receiving muddy water falling from the rolling stone filter tank, the circulation motor is suitable for transmitting the muddy water falling from the upper portion to the front, and the scraper is suitable for scraping mud on the filter mud mesh at the front end of the filter mud mesh.

5. The system of claim 4, wherein the roller comprises a roller and sprockets arranged on the roller at intervals, the filter mud mesh comprises a mesh body and two chains on two sides of the mesh body, and the two chains are respectively wound on the corresponding sprockets.

6. An environmental protection panning cleaning system according to any one of claims 2 to 5 wherein said primary and secondary wastewater tanks are each provided with a side wall which is sloped for the entry and exit of a mud scraper.

7. The environmental protection panning cleaning system of any one of claims 2 to 5, further comprising a sludge separator, wherein the primary and secondary sludge tanks are separated into an upper and a lower chamber by the corresponding sludge separator, the lower chamber of the primary sludge tank is communicated with the primary filtration tank, the lower chamber of the secondary sludge tank is communicated with the secondary filtration tank, and the sloped side wall is further suitable for push-pull type disassembly of the sludge separator.

8. The environment-friendly elutriation cleaning system according to claim 3, wherein the primary filtering pool, the secondary filtering pool and the tertiary filtering pool are communicated with each other at the upper end, two adjacent tertiary filtering pools are communicated with each other at the upper end, and the first water return spray pump and the second water return spray pump are both at a certain distance from the pool bottom.

9. The environmental protection washing and cleaning system according to claim 3, wherein the first water return pump and the second water return pump are respectively installed in a hanging manner through corresponding traction machines, and the output ends of the first water return pump and the second water return pump are communicated with an outer drain pipe through corresponding opening and closing valves.

10. An environmental protection panning cleaning system according to any one of claims 2 to 5 wherein the vibration-driving force member comprises a polarization rotating shaft arranged on the barrelled stone water filtering tank and a vibration-driving motor in transmission connection with the polarization rotating shaft, wherein the polarization rotating shaft comprises a mandrel and a plurality of eccentric blocks arranged on the mandrel, and the vibration-driving motor is suitable for giving the mandrel a rotation direction from front to back along a tangent line on the mandrel.