CN218365913U - Clear water feed bin - Google Patents

Abstract

The utility model discloses a waste plastics recovery processing technology field especially relates to a clear water feed bin, include the storehouse body, press the material pivot, press the material motor, the storehouse body is provided with from going towards sunken washing space that just has the bottom down, press the rotatable assembly of material pivot to be in just at least part on the vertical inner wall of the storehouse body press the material pivot to be located wash in the space, press the outer wall of material pivot to have the clamp plate of protruding setting, the clamp plate along press the axial extension setting of material pivot, press the material motor both ends respectively with press the material pivot with the outer wall assembly of the storehouse body promotes the cleaning performance and the quality of waste plastics, and the sawtooth portion strikes off impurity with the impurity contact on waste plastics surface, reduces the impurity residual quantity on waste plastics surface, promotes the cleanliness factor after the waste plastics washs, and the direct granulation of the back process of being convenient for promotes the degree of automation of clear water feed bin, reduces the operation degree of difficulty, promotes waste plastics abluent efficiency, reduces personnel intensity of labour.

Description

Clear water feed bin

Technical Field

The utility model relates to a waste plastics recovery processing technology field especially relates to a clear water feed bin.

Background

At present, the industry is rapidly developing, and an important part in the industry is the plastic industry, with the development of economy and the continuous improvement of living standard of people, people have higher and higher requirements on plastic products, and the replacement period is shorter and shorter, so that the quantity of waste plastics is more and more, under the condition, the waste plastics are recycled, the waste plastics are reprocessed and recycled, the energy pressure can be relieved, the resource waste is reduced, and the pollution to the environment is reduced, in the process of recycling and processing the waste plastics, the cleaning is an indispensable process for recycling and processing the waste plastics, the cleaning of the waste plastics is used for separating the waste plastics and impurities of the waste plastics which are stained with the impurities (such as silt, paper scraps and the like), and the impurities on the waste plastics are softened by water so that the impurities which are removed can be recycled;

in the existing waste plastic cleaning technology, because the density of the plastic is less than that of water, the waste plastic floats on the water, so that the waste plastic cannot be completely contacted with the water, the cleaning effect of the waste plastic is not ideal, manual cleaning is needed, the efficiency is low, the labor intensity of personnel is increased, and in addition, the operation of cleaning precipitates such as slurry and the like needs to be stopped for manual cleaning, the manual investment is large, and the automation degree is low;

therefore, there is room for further improvement in waste plastic recycling cleaning.

SUMMERY OF THE UTILITY MODEL

The present invention is directed to solving, at least to some extent, one of the problems in the related art. Therefore, the utility model discloses an aim at provides a clear water feed bin.

In order to achieve the above purpose, the utility model adopts the following scheme: the utility model provides a clear water feed bin, includes the storehouse body, presses the material pivot, presses the material motor, the storehouse body is provided with from upward sunken washing space that just has the bottom down, press the rotatable assembly of material pivot to be in just at least part on the vertical inner wall of the storehouse body press the material pivot to be located wash in the space, the outer wall of pressing the material pivot has the clamp plate of protruding setting, the clamp plate along press the axial extension setting of material pivot, press the both ends of material motor respectively with press the material pivot with the outer wall assembly of the storehouse body.

The outer wall of the material pressing rotating shaft is provided with a protruding sawtooth part, the sawtooth part protrudes outwards from the pressing plate, and the sawtooth part is correspondingly arranged in the axial direction of the pressing plate.

Wherein, the both sides orientation of the storehouse body the center of the storehouse body sets up and forms the kerve that slopes gradually, the bottom of the storehouse body is provided with the intercommunication the waste discharge casing of kerve, waste discharge casing certainly the bottom of the storehouse body slopes gradually upwards and extends the setting, waste discharge casing keeps away from the one end of the storehouse body is provided with the mouth of wasting discharge.

Wherein, still including the pivot of wasting discharge, be used for rotating the motor of wasting discharge of the pivot of wasting discharge, the rotatable assembly of the pivot of wasting discharge is in the waste discharge casing, the both ends of the pivot of wasting discharge connect respectively in the inner wall of kerve with the motor of wasting discharge, the outer wall ring of the pivot of wasting discharge is equipped with certainly the pivot of wasting discharge is close to the one end orientation of kerve inner wall the pivot of wasting discharge is close to the bellied waste discharge portion of one end spiral of waste discharge mouth, waste discharge portion revolve to with waste discharge motor turns to corresponding setting.

Wherein, still include the kerve pivot, be used for rotating the kerve motor of kerve pivot, the kerve pivot sets up in the kerve and rotatable assembly is in the inner wall of the storehouse body, the outer wall ring of kerve pivot is equipped with certainly the kerve pivot is close to the one end orientation of the storehouse body the waste discharge casing with the bellied spiral portion of kerve junction, the spiral portion revolve to with the corresponding setting of turning to of waste discharge motor.

Wherein, still including pushing away the material pivot, being used for rotating push away material pivot pivoted and push away the material motor, it is located to push away material pivot at least part wash in the space, the outer wall that pushes away the material pivot is provided with bellied push pedal, the push pedal along the axial extension that pushes away the material pivot sets up, the direction of rotation that pushes away the material pivot with the direction of rotation of pressing the material pivot is the same.

Wherein, the push pedal is provided with plectrum portion, plectrum portion certainly the setting of push pedal outwards protruding, plectrum portion corresponds the push pedal is the inclination setting, the incline direction of plectrum portion with the corresponding setting of turning to that pushes away the material motor.

The automatic material-pushing and discharging device comprises a bin body, a material-pushing rotating shaft, a discharging shell, a cleaning space and a pressing rotating shaft, wherein one end of the bin body, which faces upwards, is provided with the discharging shell, the discharging shell is gradually inclined upwards from the bin body, at least part of the discharging shell is communicated with the cleaning space, one end of the discharging shell, which is far away from the bin body, is provided with a material outlet, the discharging shell is arranged on the side, which is far away from the material-pushing rotating shaft, of the pressing rotating shaft, and the pressing rotating shaft faces towards the direction of the discharging shell and rotates.

Wherein, still include ejection of compact pivot, be used for rotating the ejection of compact motor of ejection of compact pivot, the rotatable assembly of ejection of compact pivot is in the inner wall of ejection of compact casing, the outer wall of ejection of compact pivot is provided with bellied ejection of compact portion, ejection of compact portion certainly the ejection of compact pivot is close to the one end orientation of the storehouse body ejection of compact pivot is close to the one end spiral of discharge gate is protruding to be set up, the rotation of ejection of compact portion with the corresponding setting of turning to of ejection of compact motor.

Wherein, still including receiving the material pivot, being used for rotating receive the material motor of receipts material pivot, receive the rotatable assembly of material pivot and be in just at least part on the vertical inner wall of storehouse body receive the material pivot to be located wash the space, receive the material pivot setting and be close to the one end of ejection of compact casing, the outer wall of receiving the material pivot has the arch and sets up and receive the flitch, receive the flitch along receive the axial extension setting of material pivot.

The utility model has the advantages that the pressing plate presses the waste plastics to the cleaning space by being provided with the rotatable pressing rotating shaft, so that the waste plastics is fully contacted with the water or the liquid in the cleaning space, the impurities on the waste plastics are softened by the water, the waste plastics are separated to be stained with the impurities, the cleaning effect and the quality of the waste plastics are improved, moreover, the pressing rotating shaft is provided with the sawtooth part, when the pressing rotating shaft rotates, the sawtooth part is contacted with the impurities on the surface of the waste plastics, the impurities are scraped, the impurity residual quantity on the surface of the waste plastics is reduced, the cleanliness of the cleaned waste plastics is improved, and the direct granulation of the post-process is convenient;

through being equipped with the pivot of wasting discharge, the kerve pivot, discharge the internal impurity in storehouse, push away the material pivot through being equipped with, promote the smooth and easy nature that waste plastics removed in wasing the space, reduce the risk that waste plastics card dies in wasing the space, through being equipped with receive the material pivot, ejection of compact pivot, promote the convenience of the waste plastics washing completion back ejection of compact, promote the degree of automation of clear water feed bin, reduce the operation degree of difficulty, promote the abluent efficiency of waste plastics, reduce personnel intensity of labour, reduce the use maintenance cost of clear water feed bin.

Drawings

FIG. 1 is a perspective view of a clean water bin;

FIG. 2 is an enlarged view of a portion of FIG. 1 at A;

FIG. 3 is a top view of a clean water silo;

FIG. 4 is a cross-sectional view taken at B-B of FIG. 3;

FIG. 5 is an enlarged view of a portion of FIG. 3 at C;

FIG. 6 is a perspective view of a pressing rotating shaft of the clear water bin;

FIG. 7 is an enlarged view of a portion of FIG. 6 at D;

FIG. 8 is a perspective view of a pushing spindle of the fresh water bin;

fig. 9 is a partial enlarged view at E in fig. 8;

fig. 10 is a perspective view of a material receiving rotating shaft of the clear water bin.

Detailed Description

This section will describe in detail the embodiments of the present invention, preferred embodiments of the present invention are shown in the attached drawings, which function is to supplement the description of the text part of the specification with figures, so that each technical feature and the whole technical solution of the present invention can be understood visually and vividly, but it cannot be understood as a limitation to the scope of the present invention.

In the description of the present invention, if an orientation description is referred to, for example, the directions or positional relationships indicated by "upper", "lower", "front", "rear", "left", "right", etc. are based on the directions or positional relationships shown in the drawings, only for convenience of description and simplification of description, and it is not intended to indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention. When a feature is referred to as being "disposed," "secured," or "connected" to another feature, it can be directly disposed, secured, or connected to the other feature or be indirectly disposed, secured, or connected to the other feature.

In the description of the present invention, if "a plurality" is referred to, it means one or more, if "a plurality" is referred to, it means two or more, if "more than", "less than" or "more than" is referred to, it is understood that the number is not included, and if "more than", "less than" or "within" is referred to, it is understood that the number is included. If reference is made to "first" or "second", this should be understood to distinguish between features and not to indicate or imply relative importance or to implicitly indicate the number of indicated features or to implicitly indicate the precedence of the indicated features.

In addition, unless defined otherwise, technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. It will be understood that the terms "comprises" and/or "comprising," when used in this specification and the appended claims, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof.

Example (b): as shown in fig. 1-10, a clean water bin comprises a bin body 1, a pressing rotating shaft 2 and a pressing motor 201, wherein the bin body 1 is provided with a cleaning space 101 which is recessed from top to bottom and is provided with a bottom, the pressing rotating shaft 2 is rotatably assembled on the longitudinal inner wall of the bin body 1, at least part of the pressing rotating shaft 2 is positioned in the cleaning space 101, the outer wall of the pressing rotating shaft 2 is provided with a pressing plate 202 which is convexly arranged, the pressing plate 202 is arranged along the axial extension of the pressing rotating shaft 2, two ends of the pressing motor 201 are respectively assembled with the pressing rotating shaft 2 and the outer wall of the bin body 1, and the pressing plate presses waste plastics into the cleaning space by virtue of the rotatable pressing rotating shaft, so that the pressing plate is fully contacted with water or liquid in the cleaning space, the water softens impurities on the waste plastics, separates the waste plastics impurities, improves the cleaning effect and quality of the waste plastics, reduces the residual quantity of the impurities on the surface of the waste plastics, improves the cleanliness of the cleaned waste plastics, and facilitates direct granulation of a post-process.

Wherein, press the outer wall of material pivot 2 to have the sawtooth portion 2021 of protruding setting, sawtooth portion 2021 certainly clamp plate 202 is protruding to set up outwards, sawtooth portion 2021 is corresponding to be set up in the axial of clamp plate 202 is equipped with sawtooth portion through pressing the material pivot, presses the material pivot to rotate, and sawtooth portion and the surperficial impurity contact of waste plastics will remain and strike off at the impurity on waste plastics surface, reduces the impurity residual amount on waste plastics surface, promotes the cleanliness factor after the waste plastics washs, is convenient for the direct granulation of back process, promotes the abluent degree of automation of waste plastics, promotes the cleaning performance of waste plastics.

Wherein, the both sides orientation of the storehouse body 1 the center of the storehouse body 1 inclines gradually to set up and forms the kerve 102, the bottom of the storehouse body 1 is provided with the intercommunication the waste discharge casing 103 of kerve 102, waste discharge casing 103 certainly the bottom of the storehouse body 1 inclines gradually upwards to extend the setting, waste discharge casing 103 keeps away from the one end of the storehouse body 1 is provided with the waste discharge mouth 1031, and the impurity on waste plastic surface is after the waste plastic separation, and impurity sinks to the kerve of the storehouse body bottom under the effect of dead weight, carries out the deposit collection to impurity, is convenient for clear up the impurity in the space of wasing, discharges through the waste discharge mouth, promotes the convenience of the impurity clearance in the space of wasing.

Wherein, still including the pivot of wasting discharge 3, be used for rotating waste discharge motor 301 of the pivot of wasting discharge 3, the rotatable assembly of the pivot of wasting discharge 3 is in waste discharge housing 103, the both ends of the pivot of wasting discharge 3 connect respectively in the inner wall of kerve 102 with waste discharge motor 301, the outer wall ring of the pivot of wasting discharge 3 is equipped with certainly waste discharge pivot 3 is close to the one end orientation of kerve 102 inner wall waste discharge pivot 3 is close to the bellied waste discharge portion 302 of one end spiral of waste discharge port 1031, the turning of waste discharge portion 302 with waste discharge motor 301 turns to corresponding setting, and the impurity in the washing space deposits in the kerve, through being equipped with the pivot of wasting discharge, when the pivot of wasting discharge rotates, the heliciform waste discharge portion turns into linear motion, moves impurity along the inner wall of waste discharge housing, discharges to waste discharge port, promotes the degree of automation of impurity clearance, reduces the working strength of artifical washing impurity, promotes the cleanliness factor of liquid in the washing space, promotes the cleaning effect of waste discharge, through the waste discharge housing that the slope set up, moves in waste discharge housing, the waste discharge housing, reduces the waste plastics weight of impurity, and waste plastics is convenient for flow back, and is convenient for.

Wherein, still include kerve pivot 4, be used for rotating kerve motor 401 of kerve pivot 4, kerve pivot 4 sets up in kerve 102 and rotatable assembly are in the inner wall of the storehouse body 1, the outer wall ring of kerve pivot 4 is equipped with certainly kerve pivot 4 is close to the one end orientation of the storehouse body 1 waste discharge casing 103 with bellied spiral portion 402 of kerve 102 junction, the turning of spiral portion 402 with waste discharge motor 301 turns to corresponding the setting, and through being equipped with rotatable kerve pivot, when the kerve pivot rotates, the spiral portion rotates circular motion for horizontal linear motion, removes the impurity of deposit in the kerve to waste discharge casing, reduces the deposit volume of impurity in the kerve, promotes the degree of automation to impurity clearance, promotes the validity and the reliability of impurity clearance, promotes the clean degree of liquid in the cleaning space, promotes the cleaning performance of waste plastics.

Wherein, still including pushing away material pivot 5, being used for rotating push away material pivot 5 pivoted and push away material motor 501, it is located to push away material pivot 5 at least part in wash space 101, the outer wall that pushes away material pivot 5 is provided with bellied push pedal 502, push pedal 502 along push away the axial extension setting of material pivot 5, the direction of rotation that pushes away material pivot 5 with press the direction of rotation of material pivot 2 the same, waste plastics gets into and wash the space, pushes towards pressing the material pivot through pushing away the material pivot, promotes the degree of automation of clear water feed bin, reduces the working strength that personnel pushed away the material, reduces the waste plastics card and dies the risk in wasing the space, simultaneously, presses partial waste plastics to in wasing the space, with the liquid contact in wasing the space, promotes the cleaning performance of waste plastics.

Wherein, push pedal 502 is provided with plectrum portion 5021, plectrum portion 5021 certainly push pedal 502 sets up towards the outer arch, it is corresponding to dial piece portion 5021 push pedal 502 is inclination setting, dial piece portion 5021's incline direction with push away the corresponding setting of turning to of material motor 501, through being equipped with the plectrum portion, when pushing away the material pivot and rotating, the plectrum portion provides decurrent effort to the plastic waste, promotes the waste plastics and presses material pivot slant to move down, promotes the contact degree of waste plastics and washing liquid in the space, promotes the cleaning performance of waste plastics, promotes the smooth and easy nature that the material pivot of pushing away pushes away, promotes the degree of automation of clear water feed bin.

Wherein, the one end that the storehouse body 1 was up is provided with ejection of compact casing 104, ejection of compact casing 104 certainly storehouse body 1 inclines gradually up to set up, at least part ejection of compact casing 104 with wash the setting of space 101 intercommunication, ejection of compact casing 104 is kept away from the one end of the storehouse body 1 is provided with discharge gate 1041, ejection of compact casing 104 sets up press material pivot 2 to keep away from push away one side of material pivot 5, press material pivot 2 orientation the direction of ejection of compact casing 104 rotates, through being equipped with ejection of compact casing, waste plastics advance behind the material pivot, waste plastics float in the one end that is close to ejection of compact casing, promote the degree of automation of the waste plastics ejection of compact after the washing, promote the degree of automation that the clear water feed bin washd waste plastics.

Wherein, still include ejection of compact pivot 6, be used for rotating ejection of compact motor 601 of ejection of compact pivot 6, the rotatable assembly of ejection of compact pivot 6 is in the inner wall of ejection of compact casing 104, the outer wall of ejection of compact pivot 6 is provided with bellied ejection of compact portion 602, ejection of compact portion 602 certainly ejection of compact pivot 6 is close to the one end orientation of the storehouse body 1 ejection of compact pivot 6 is close to the one end spiral bulge of discharge gate 1041 sets up, the rotation of ejection of compact portion 602 with the corresponding setting of turning to of ejection of compact motor 601, through being equipped with spiral helicine ejection of compact portion, when ejection of compact pivot rotated, the waste plastics that will wash the completion in the space were removed and are carried, carry out the ejection of compact to the discharge gate, promote the degree of automation of the ejection of compact, reduce personnel's working strength.

Wherein, still including receiving material pivot 7, being used for rotating receive material motor 701 of receiving material pivot 7, receive the rotatable assembly of material pivot 701 and be in just at least part on the vertical inner wall of storehouse body 1 receive material pivot 701 to be located wash in the space 101, receive material pivot 701 and set up and be close to the one end of ejection of compact casing 104, the outer wall of receiving material pivot 701 has protruding setting and receives flitch 702, receive flitch 702 along receive the axial extension setting of material pivot 701, through being equipped with the receipts material pivot, promote waste plastics in the space of will wasing and contact with ejection of compact pivot in the ejection of compact casing, promote the stability and the reliability of the ejection of compact, promote degree of automation.

Wherein, press material pivot 2 with it forms the washing subassembly to push away material pivot 5, it is provided with a set of or multiunit to wash the subassembly, and during the multiunit setting, it is keeping away from to wash the subassembly setting the one end of ejection of compact casing 104 and setting are in on the transverse direction of the storehouse body 1, promote the cleaning performance of waste plastics, will wash the subassembly modularized design, promote the variety of clear water feed bin equipment, satisfy customer's individualized demand, promote market competition.

Wherein, clamp plate 202 is provided with a set of or multiunit, and during the multiunit set up, clamp plate 202 encircles and is established press the outer wall of material pivot 2, clamp plate 202 with form between the clamp plate 202 and press material space 2022, through being equipped with the material space of pressing, reduce the risk that waste plastics slided from the surface of pressing the material pivot, promote to press the material subassembly to press waste plastics to the stability in the cleaning space, promote the uniformity of waste plastics cleaning performance quality, promote structural design's rationality.

Wherein, plectrum portion 5021 certainly push pedal 502 inclines towards the right side and sets up, what push away material motor 5 turns to for clockwise rotation, promotes structural design's rationality, is favorable to pushing waste plastics to press the material pivot below the skew, promotes the cleaning performance.

Wherein, the push pedal 502 is provided with a set ofly or multiunit, and during the multiunit setting, the push pedal 502 encircles and is established the outer wall of pushing away material pivot 5 promotes the area of contact of push pedal and waste plastics, promotes the stability of pushing away the material.

The material receiving plates 702 are arranged in one or more groups, and when the material receiving plates 702 are arranged in the multiple groups, the material receiving plates 702 are oppositely arranged on the outer wall of the material receiving rotating shaft 7, so that the contact area between the material receiving plates and the waste plastics is increased, and the reliability of pushing the waste plastics to the material discharging rotating shaft is improved.

Wherein, still include the baffle 105 of subtend setting, baffle 105 is corresponding to be established the kerve 102 with waste discharge casing 103 junction, both sides about baffle 105 spiral portion 402 revolve to opposite setting, reduce the impurity card and die the risk of waste discharge casing and kerve junction, promote structural design's rationality, promote the stability of clear water feed bin operation.

Wherein, receipts flitch 702 is provided with runs through bar hole 703, bar hole 703 is provided with a set of or multiunit, and during the multiunit set up, bar hole 703 along the axial setting of receipts flitch 702 through being equipped with the bar hole, plays the effect of waterlogging caused by excessive rainfall to the waste plastics of receipts flitch contact, reduces weight, reduces the wearing and tearing to receiving the material motor, promotes the life who receives the material motor, reduces the effort of waste plastics to ejection of compact casing.

Wherein, the flitch 702 that receives one end outwards is provided with from sunken depressed part 7024 that sets up inwards outward, depressed part 7024 is provided with a set of or multiunit, and during the multiunit set up, depressed part 7024 along the axial setting of flitch 702 of receiving reduces the waste plastics card and dies the risk at receiving the flitch edge, promotes structural design's rationality.

Wherein, receive material pivot 7 and be provided with bellied first bent type portion 703, first bent type portion 703 from the one end orientation of receiving material pivot 7 receive flitch 702 and be the spiral setting, receive material pivot 7 and be provided with bellied second bent type portion 704, second bent type portion 704 from the other end orientation of receiving material pivot 7 receive flitch 702 and be the spiral setting, the rotation of first bent type portion 703 with the opposite setting of the rotation of second bent type portion 704, the rotation of first bent type portion 703 with receive the corresponding setting of turning to of material motor 701, when first bent type portion 703 is the levogyration, receive material motor 701 is clockwise rotation, when first bent type portion 703 is the dextrorotation, receive material motor 701 is anticlockwise rotation, through being equipped with first bent type portion, second bent type portion, will receive the waste plastics collection in material space and receive flitch department and carry out the ejection of compact, promote the stability and the smooth and the nature of ejection of compact, reduce the risk that the waste plastics dropped.

Wherein, ejection of compact pivot 6 includes first ejection of compact pivot 603, second ejection of compact pivot 604, ejection of compact motor 601 is corresponding first ejection of compact pivot 603 is provided with first ejection of compact motor, ejection of compact motor 601 is corresponding second ejection of compact pivot 604 is provided with second ejection of compact motor, first ejection of compact pivot 603 ejection of compact portion 602 is levogyration setting, turning to of first ejection of compact motor is anticlockwise rotation, second ejection of compact pivot 604 ejection of compact portion 602 is dextrorotation setting, turning to of second ejection of compact motor is clockwise rotation, promotes the efficiency of the ejection of compact, reduces the risk that the waste plastics card dies between ejection of compact casing and ejection of compact portion.

Wherein, when spiral portion 402 is the levogyration, the turning to of kerve motor 401 is anticlockwise rotation, works as when spiral portion 402 is dextrorotation, the turning to of kerve motor 401 is clockwise rotation, the rotation end of kerve motor 401 with kerve pivot 4 is connected, the stiff end of kerve motor 401 with the outer wall of the storehouse body 1 is connected, promotes structural design's rationality, promotes the reliability and the stability of kerve pivot operation.

Wherein, when the portion of wasting discharge 302 is the levogyration, the motor 301 that wastes discharge turns to for anticlockwise rotation, works as when the portion of wasting discharge 302 is dextrorotation, the motor 301 that wastes discharge turns to for clockwise rotation, the rotation end of the motor 301 that wastes discharge with the pivot 3 that wastes discharge is connected, the stiff end of the motor 301 that wastes discharge with the casing 103 that wastes discharge is connected, promotes structural design's rationality, promotes the reliability and the stability of the pivot operation that wastes discharge, promotes the cleanliness factor in washing space.

The rotating end of the material receiving motor 701 is connected with the material receiving rotating shaft 7, and the fixed end of the material receiving motor 701 is connected with the outer wall of the bin body 1.

The rotating end of the discharging motor 601 is connected with the discharging rotating shaft 6, and the fixed end of the discharging motor 601 is connected with the discharging shell 104.

The rotating end of the material pressing motor 201 is assembled with the material pressing rotating shaft 2, and the fixed end of the material pressing motor 201 is assembled on the outer wall of the bin body 1.

The rotating end of the pushing motor 501 is assembled with the pushing rotating shaft 5, and the fixed end of the pushing motor 501 is assembled on the outer wall of the bin body 1.

The pressing device further comprises a pressing speed reducer 503, and two ends of the pressing speed reducer 503 are respectively connected to the pressing rotating shaft 2 and the movable end of the pressing motor 201.

The device further comprises a material pushing speed reducer 501, wherein two ends of the material pushing speed reducer 501 are respectively connected to the material pushing rotating shaft 5 and a rotating end of the material pushing motor 501.

Wherein, discharge gate 1041 sets up down, is convenient for collect the waste plastics after wasing, carries out one process down, reduces personnel's working strength, simultaneously, is convenient for carry out the line with the equipment of one process down, promotes waste plastics and washs recovery processing's degree of automation.

Wherein, the waste discharging port 1031 is arranged downwards, so that convenience in collecting impurities is improved.

The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily think of various equivalent modifications or replacements within the technical scope of the present invention, and these modifications or replacements should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims (10)

1. The utility model provides a clear water feed bin which characterized in that: including the storehouse body, press material pivot, press the material motor, the storehouse body is provided with from the downward washing space that sinks and have the bottom of going, press the rotatable assembly of material pivot to be in just at least part on the vertical inner wall of the storehouse body press the material pivot to be located wash in the space, the outer wall of pressing the material pivot has the protruding clamp plate that sets up, the clamp plate along press the axial extension setting of material pivot, press the material motor both ends respectively with press the material pivot with the outer wall assembly of the storehouse body.

2. The clean water silo according to claim 1, characterized in that: the outer wall of the material pressing rotating shaft is provided with a protruding sawtooth part, the sawtooth part protrudes outwards from the pressing plate, and the sawtooth part is correspondingly arranged in the axial direction of the pressing plate.

3. The clean water silo according to claim 1, characterized in that: the both sides of the storehouse body are towards the center of the storehouse body slope gradually and are set up and form the kerve, the bottom of the storehouse body is provided with the intercommunication the waste discharge casing of kerve, the waste discharge casing certainly the bottom of the storehouse body is slope gradually upwards and is extended the setting, the waste discharge casing is kept away from the one end of the storehouse body is provided with the waste discharge mouth.

4. The clean water silo of claim 3, wherein: still including the pivot of wasting discharge, be used for rotating the motor of wasting discharge of the pivot of wasting discharge, the rotatable assembly of the pivot of wasting discharge is in the waste discharge casing, the both ends of the pivot of wasting discharge connect respectively in the inner wall of kerve with the motor of wasting discharge, the outer wall ring of the pivot of wasting discharge is equipped with certainly the pivot of wasting discharge is close to the one end orientation of kerve inner wall the pivot of wasting discharge is close to the bellied waste discharge portion of one end spiral of waste discharge mouth, waste discharge portion revolve to with waste discharge motor turn to corresponding setting.

5. The clean water silo of claim 4, wherein: still include the kerve pivot, be used for rotating the kerve motor of kerve pivot, the kerve pivot sets up in the kerve and rotatable assembly is in the inner wall of the storehouse body, the outer wall ring of kerve pivot is equipped with certainly the kerve pivot is close to the one end orientation of the storehouse body the waste discharge casing with the bellied spiral portion of kerve junction, the spiral portion revolve to with the corresponding setting of turning to of waste discharge motor.

6. The clean water silo according to any one of claims 1-5, characterized in that: still including pushing away the material pivot, being used for rotating push away material pivot pivoted and push away the material motor, it is located to push away material pivot at least part wash in the space, the outer wall that pushes away the material pivot is provided with bellied push pedal, the push pedal along the axial extension that pushes away the material pivot sets up, the direction of rotation that pushes away the material pivot with the direction of rotation of pressing the material pivot is the same.

7. The clean water silo of claim 6, wherein: the push pedal is provided with plectrum portion, plectrum portion certainly the push pedal is the setting of arch outwards, plectrum portion corresponds the push pedal is inclination setting, the incline direction of plectrum portion with push away the corresponding setting of turning to of material motor.

8. The clean water silo of claim 6, wherein: the one end that the storehouse body was up is provided with ejection of compact casing, ejection of compact casing certainly the storehouse body inclines gradually upwards to set up, at least part ejection of compact casing with wash the space intercommunication setting, the one end that the ejection of compact casing was kept away from the storehouse body is provided with the discharge gate, ejection of compact casing sets up press the material pivot to keep away from push away one side of material pivot, press the material pivot orientation the direction of ejection of compact casing rotates.

9. The clean water silo of claim 8, wherein: still include ejection of compact pivot, be used for rotating the ejection of compact motor of ejection of compact pivot, the rotatable assembly of ejection of compact pivot is in the inner wall of ejection of compact casing, the outer wall of ejection of compact pivot is provided with bellied ejection of compact portion, ejection of compact portion certainly the ejection of compact pivot is close to the one end orientation of the storehouse body the ejection of compact pivot is close to the one end spiral of discharge gate is protruding to be set up, the rotation of ejection of compact portion with the corresponding setting that turns to of ejection of compact motor.

10. The clean water silo of claim 9, wherein: still including receiving the material pivot, being used for rotating receive the receipts material motor of material pivot, receive the rotatable assembly of material pivot and be in just at least part on the vertical inner wall of the storehouse body receive the material pivot and be located in the washing space, receive the material pivot setting and be close to the one end of ejection of compact casing, the outer wall of receiving the material pivot has protruding setting and receives the flitch, receive the flitch along receive the axial extension setting of material pivot.

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