CN205868844U - Rubbish automatic separation complete sets - Google Patents

Abstract

The utility model provides a rubbish automatic separation complete sets relates to the refuse handling installation field, and it breaks the feed end that bag discharge end of primary election mechanism was connected to negative pressure roll sorting mechanism including broken bag primary election mechanism, negative pressure roll sorting mechanism and negative pressure absorption sorting mechanism, and the discharge end of negative pressure roll sorting mechanism is connected to the feed end that the sorting mechanism is adsorbed to the negative pressure, broken bag primary election mechanism is including tearing bagging apparatus, an actuating mechanism and frame, tearing the bagging apparatus and including rotating assembly, toolbox and first casing, first casing is provided with first feed inlet, horizontal discharge gate and vertical discharge gate, the feed end and the horizontal discharge gate intercommunication of negative pressure roll sorting mechanism. Tearing the bagging apparatus and breaking the bag back to rubbish, the rubbish of different proportions is discharged from horizontal discharge gate and vertical discharge gate respectively, will break bag primary election mechanism and negative pressure roll sorting mechanism intercommunication, utilizes negative pressure roll sorting mechanism to carry out furtherly to rubbish and selects separately, and the classification effect of rubbish is better.

Description

Rubbish automatic sorting complete set of equipments

Technical field

This utility model relates to field of garbage disposal equipment, in particular to a kind of rubbish automatic sorting complete set of equipments.

Background technology

At present, domestic existing part research institution and enterprise are suitable for the refuse classification system of life in China rubbish feature in exploitation System, separation system is as follows, after manually turning over compositions such as rejecting the big rubbish of overall dimensions and twister, rubbish is delivered to feed Machine, is used as broken bag equipped with spiral or cutter inside batcher.Due to reasons in structure, the defect of prior art is: bag-breaking machine is not Can break large and small bag, broken bag poor effect, the separating effect of rubbish is poor simultaneously simultaneously, oversize and siftage size distribution ranges Greatly, complicated component, it is unfavorable for follow-up refuse classification.The Facilities Construction of equipment is costly, operation troubles is high, energy consumption is high, maintenance Costly, efficiency is low, weak effect, does not possess market popularization value.

Utility model content

The purpose of this utility model is to provide a kind of rubbish automatic sorting complete set of equipments, and rubbish can be carried out point by it From, it is to avoid the mutual pollution of rubbish, simple in construction, operation and maintenance is convenient.

Embodiment of the present utility model is achieved in that

A kind of rubbish automatic sorting complete set of equipments, it includes broken bag primary election mechanism, negative pressure rolls sorting mechanism and negative pressure is inhaled Attached sorting mechanism, the discharge end of broken bag primary election mechanism is connected to negative pressure and rolls the feed end of sorting mechanism, and negative pressure rolls separator The discharge end of structure is connected to the feed end of negative-pressure adsorption sorting mechanism；Broken bag primary election mechanism includes tearing bagging apparatus, the first driving machine Bagging apparatus and the frame of the first drive mechanism are torn in structure and installation；Tear bagging apparatus and include rotary components, toolbox and installation Rotary components and the first housing of toolbox, the first housing is provided with the first charging aperture, horizontal discharging opening and longitudinal discharging opening, Rotary components includes the first cylinder and the second tin roller of spaced setting, and the first cylinder is positioned at the top of second tin roller, cutter Assembly includes the first cutter being connected to the first cylinder outer wall and is connected to the second cutter of second tin roller outer wall；First drives Mechanism includes the first actuator driving the first cylinder and the second actuator driving second tin roller, the rotation of the first actuator Direction is contrary with the direction of rotation of the second actuator, and horizontal discharging opening and longitudinal discharging opening are positioned at the lower section of second tin roller, and position Both sides in second tin roller；Negative pressure rolls the feed end of sorting mechanism and connects with horizontal discharging opening.

In preferred embodiment of the present utility model, the toolbox of above-mentioned rubbish automatic sorting complete set of equipments also includes Three cutters and the 4th cutter, the 3rd cutter is connected to the first housing and is oppositely arranged with the first cylinder, and the 4th cutter is connected to One housing and being oppositely arranged with second tin roller.

In preferred embodiment of the present utility model, it is provided with in the first housing of above-mentioned rubbish automatic sorting complete set of equipments Fixed plate, the 3rd cutter and the 4th cutter are all connected in fixed plate.

In preferred embodiment of the present utility model, the rotary components of above-mentioned rubbish automatic sorting complete set of equipments also includes Three cylinders and the 4th cylinder, the 3rd cutter is arranged on the 3rd cylinder, and the 4th cutter is arranged on the 4th cylinder, the 3rd cylinder Size is identical with the size of the first cylinder, and the size of the 4th cylinder is identical with the size of second tin roller；Longitudinal discharging opening is positioned at the The lower section in the gap between two cylinders and the 4th cylinder, two horizontal discharging openings lay respectively at the both sides of longitudinal discharging opening.

In preferred embodiment of the present utility model, the first drive mechanism of above-mentioned rubbish automatic sorting complete set of equipments includes Drive the 3rd actuator of the 3rd cylinder and drive the fourth drive member of the 4th cylinder, the direction of rotation and first of the 3rd actuator The direction of rotation of actuator is contrary, and the direction of rotation of fourth drive member is contrary with the direction of rotation of the second actuator.

In preferred embodiment of the present utility model, the negative pressure of above-mentioned rubbish automatic sorting complete set of equipments rolls sorting mechanism Including negative pressure drum screen, the second drive mechanism and installation negative pressure drum screen and the second support body of the second drive mechanism, negative pressure is rolled The two ends of dynamic sieve are respectively arranged with the second charging aperture and the second discharging opening, and the periphery of negative pressure drum screen is provided with one-level sieve aperture With two grades of sieve apertures, one-level sieve aperture is less than two near the second charging aperture, two grades of sieve apertures away from the second charging aperture, the aperture of one-level sieve aperture The aperture of level sieve aperture, the second support body offers the one-level discharging opening corresponding with one-level sieve aperture and two grades corresponding with two grades of sieve apertures Discharging opening, the second discharging opening connects with negative-pressure adsorption sorting mechanism.

In preferred embodiment of the present utility model, the negative-pressure adsorption sorting mechanism of above-mentioned rubbish automatic sorting complete set of equipments Including blower fan, cleaning windmill, grid baffle plate and installation cleaning windmill and the 3rd housing of grid baffle plate, the two ends of the 3rd housing Being respectively equipped with the 3rd charging aperture and the bleeding point connected with blower fan, cleaning windmill and grid baffle plate are respectively positioned on the 3rd charging aperture and take out Between QI KOU, and cleaning windmill is arranged near the 3rd charging aperture, and grid baffle plate is arranged at cleaning windmill away from the 3rd charging aperture Side, the 3rd housing is respectively equipped with the heavy rubbish discharging opening corresponding with clearing up windmill and the light rubbish discharging corresponding with grid baffle plate Mouthful, negative pressure rolls discharge end and the connection of the 3rd charging aperture of sorting mechanism, and the feed end that negative pressure rolls sorting mechanism is remote with blower fan Connect from one end of bleeding point.

In preferred embodiment of the present utility model, the cleaning windmill of above-mentioned rubbish automatic sorting complete set of equipments includes revolving The cleaning wind axle turned, cleaning wind axle be provided with multiple four along its cleaning impeller circumferentially, each cleaning impeller away from One side of cleaning wind axle is all parallel with grid baffle plate, and the angle between adjacent two cleaning impeller is 90 °, each cleaning leaf A plurality of second bar hole is all offered on plate.

In preferred embodiment of the present utility model, it is additionally provided with in the 3rd housing of above-mentioned rubbish automatic sorting complete set of equipments Grid windmill, grid windmill is between the 3rd charging aperture and cleaning windmill, and grid windmill includes rotatable grid wind axle, Grid wind axle be provided with four along its grid impeller circumferentially, each grid impeller is equal away from a side of grid wind axle Parallel with grid baffle plate, the angle between adjacent two grid impeller is 90 °, and each grid impeller all offers a plurality of 3rd Bar hole.

In preferred embodiment of the present utility model, the rubbish automatic sorting of above-mentioned rubbish automatic sorting complete set of equipments is complete Equipment also includes that magnetic sorting mechanism, magnetic sorting mechanism include support and the magnetic part being installed on support, magnetic separator Structure connects with longitudinal discharging opening and weight rubbish discharging opening respectively.

This utility model embodiment provides the benefit that: realized rubbish by spaced first cylinder and second tin roller The broken bag of rubbish, tears between the material the first cutter and housing on the first cylinder, and the straightened portion that particle diameter is little, proportion is bigger falls Fall, and the rotation along with the first cylinder that another part particle diameter is relatively big, proportion is less and transport along the tangential direction of the first cylinder Dynamic, owing to the direction of rotation of the second actuator is contrary with the direction of rotation of the first actuator, when material is along the tangent line of the first cylinder During the motion of direction, material is played a supporting role by second tin roller, and material is again at the first cutter and the second tin roller of the first cylinder The second cutter between be torn, and dish out from the gap between the first cutter and the second cutter, the material of different specific weight simultaneously The distance dished out is the most different, it is achieved thereby that the preliminary classification to material, preliminary good separation effect, it efficiently avoids difference Mutual pollution between material.Broken bag primary election mechanism, negative pressure are rolled sorting mechanism and connect with negative-pressure adsorption sorting mechanism simultaneously, Utilize negative pressure to roll sorting mechanism and the rubbish after broken bag primary election is sorted by negative-pressure adsorption sorting mechanism further, rubbish Classification treatment effect more preferable.This integral device simple in construction, operation and maintenance cost is low.

Accompanying drawing explanation

The structural representation of the rubbish automatic sorting complete set of equipments that Fig. 1 provides for this utility model first embodiment；

The broken bag primary election mechanism of the rubbish automatic sorting complete set of equipments that Fig. 2 provides for this utility model first embodiment cuts Face figure；

The broken bag primary election mechanism of the rubbish automatic sorting complete set of equipments that Fig. 3 provides for this this utility model first embodiment Top view；

The negative pressure of the rubbish automatic sorting complete set of equipments that Fig. 4 provides for this utility model first embodiment rolls sorting mechanism Structural representation；

The negative-pressure adsorption sorting mechanism of the rubbish automatic sorting complete set of equipments that Fig. 5 provides for this utility model first embodiment Structural representation；

The knot of the magnetic sorting mechanism of the rubbish automatic sorting complete set of equipments that Fig. 6 provides for this utility model first embodiment Structure schematic diagram；

The structural representation of the rubbish automatic sorting complete set of equipments that Fig. 7 provides for this utility model the second embodiment；

The broken bag primary election mechanism of the rubbish automatic sorting complete set of equipments that Fig. 8 provides for this utility model the second embodiment cuts Face figure；

The broken bag primary election mechanism of the rubbish automatic sorting complete set of equipments that Fig. 9 provides for this this utility model the second embodiment Top view；

The negative-pressure adsorption separator of the rubbish automatic sorting complete set of equipments that Figure 10 provides for this utility model the second embodiment The structural representation of structure.

In figure:

Rubbish automatic sorting complete set of equipments 001,002；

Broken bag primary election mechanism 100A, 100B；Frame 110；Feed intake storehouse 120；Tear bagging apparatus 130；First housing 131；First Charging aperture 132；Discharging opening 133；Laterally discharging opening 134；Longitudinal discharging opening 135；Rotary components 136A, 136B；First cylinder 136a；Second tin roller 136b；3rd cylinder 136c；4th cylinder 136d；Toolbox 137；First cutter 137a, the second cutter 137b, the 3rd cutter 137c；4th cutter 137d；Fixed plate 138；Drive mechanism 140A, 140B；First motor 140a；Output Axle 140b；First actuator 141；Second actuator 142；3rd actuator 143；Fourth drive member 144；

Negative-pressure adsorption sorting mechanism 200A, 200B；3rd housing 210；3rd charging aperture 211；Bleeding point 212；Light rubbish Discharging opening 213；Weight rubbish discharging opening 214；Blower fan 220；Cleaning windmill 230；Cleaning wind axle 231；Cleaning impeller 232；Second Bar hole 233；Wiper 234；Grid baffle plate 240；Arc 241；First bar hole 242；Grid windmill 250；Grid wind axle 251；Grid impeller 252；Article 3 shape hole 253；Pressurization bucket 260；Refuse chute 270；

Negative pressure rolls sorting mechanism 300；Negative pressure drum screen 310；Second charging aperture 311；Second discharging opening 312；One-level is sieved Hole 313；Two grades of sieve apertures 314；Second drive mechanism 320；Second motor 321；Rotate wheel 322；Fast pulley 323；Second support body 330；One-level discharging opening 331；Secondary discharge port 332；

Magnetic sorting mechanism 400；Support 410；Magnetic part 420；Metal detection human assistance sorting mechanism 500.

Detailed description of the invention

For making the purpose of this utility model embodiment, technical scheme and advantage clearer, new below in conjunction with this practicality Accompanying drawing in type embodiment, is clearly and completely described the technical scheme in this utility model embodiment, it is clear that retouched The embodiment stated is a part of embodiment of this utility model rather than whole embodiments.Generally described in the accompanying drawing herein and The assembly of this utility model embodiment illustrated can be arranged with various different configurations and design.

Therefore, below the detailed description of the embodiment of the present utility model provided in the accompanying drawings is not intended to limit requirement The scope of the present utility model of protection, but it is merely representative of selected embodiment of the present utility model.Based in this utility model Embodiment, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, all Belong to the scope of this utility model protection.

First embodiment

Referring to Fig. 1, the present embodiment provides a kind of rubbish automatic sorting complete set of equipments 001, and it includes broken bag primary election mechanism It is the most auxiliary that 100A, negative pressure roll sorting mechanism 300, negative-pressure adsorption sorting mechanism 200A, magnetic sorting mechanism 400 and metal detection Help sorting mechanism 500.The discharge end of broken bag primary election mechanism 100A and negative pressure roll the feed end of sorting mechanism 300 and connect, negative pressure Roll sorting mechanism 300 discharge end connect with the feed end of negative-pressure adsorption sorting mechanism 200A, broken bag primary election mechanism 100A with Negative-pressure adsorption sorting mechanism 200A is all connected with magnetic sorting mechanism 400, magnetic sorting mechanism 400 and metal detection human assistance Sorting mechanism 500 connects.

Referring to Fig. 2 and Fig. 3, in Fig. 2, the direction of arrow is the direction of motion of material.Broken bag primary election mechanism 100A includes machine Frame 110, the storehouse 120 that feeds intake, tear bagging apparatus 130 and drive mechanism 140A, the storehouse 120 that feeds intake, tear bagging apparatus 130 and drive mechanism 140A It is mounted in frame 110.

Frame 110 is used for installation and fixed feeding area storehouse 120, tears bagging apparatus 130 and drive mechanism 140A, and wherein, feed intake storehouse 120 and drive mechanism 140A and frame 110 is fixing is connected, tear bagging apparatus 130 and be rotationally connected with frame 110.

Feeding intake storehouse 120 for feeding intake in tearing bagging apparatus 130, it is simple to tears the bag that bagging apparatus 130 will enter from the storehouse 120 that feeds intake Shape garbage bag breaking, the storehouse 120 that feeds intake is arranged at the top tearing bagging apparatus 130, and connects with tearing bagging apparatus 130.

Tear bagging apparatus 130 for the bag-shaped rubbish entered is carried out broken bag, make the rubbish in refuse bag disperse, and to rubbish Carry out preliminary classification.Tear bagging apparatus 130 and include the first housing 131, rotary components 136A and toolbox 137.

First housing 131 is cavity body structure, and rotary components 136A and toolbox 137 are arranged in the first housing 131, Being provided with the first charging aperture 132 and discharging opening 133 on first housing 131, the first charging aperture 132 is positioned at the upper of rotary components 136A Side, discharging opening 133 is positioned at the lower section of rotary components 136A, and the storehouse 120 that feeds intake is arranged at the top of the first housing 131, and with first Charging aperture 132 connects.The rubbish fed intake in storehouse 120 enters the first housing 131 by the first charging aperture 132, and falls to rotating On assembly 136A, rotary components 136A carries out broken bag and haul to rubbish, finally discharges from discharging opening 133.

Rotary components 136A includes the first cylinder 136a and second tin roller 136b；Toolbox 137 includes the first cutter 137a, the second cutter 137b, the 3rd cutter 137c and the 4th cutter 137d.

First cylinder 136a and second tin roller 136b is tubular structure, and is obliquely installed.First cylinder 136a is arranged at The top of second tin roller 136b, and the first cylinder 136a and second tin roller 136b turn to contrary.

First cutter 137a is connected to the outer wall of the first cylinder 136a, and protrudes from the outer wall of the first cylinder 136a, and second Cutter 137b is connected to the outer wall of second tin roller 136b, and protrudes the outer wall with second tin roller 136b.

3rd cutter 137c is connected to the inwall of the first housing 131 and is oppositely arranged with the first cylinder 136a, the 4th cutter 137d is connected to the inwall of the first housing 131 and is oppositely arranged with second tin roller 136b, owing to the first cylinder 136a is arranged at The top of two cylinder 136b, the i.e. the 3rd cutter 137c is also disposed on the top of the 4th cutter 137d.

3rd cutter 137c and the 4th cutter 137d can be connected in the first housing 131 in several ways, such as, directly Connect in succession or be indirectly connected with, being indirectly connected with available plate body and be attached, it is possible to utilize cylinder to be attached.

In the present embodiment, the preferably the 3rd cutter 137c and the 4th cutter 137d is connected to the first housing 131 by plate body During inwall, this plate body is fixed plate 138, and fixed plate 138 is arranged in the first housing 131, the 3rd cutter 137c and the 4th cutter 137d is fixed in the first housing 131 by fixed plate 138, plane that fixed plate 138 is formed and the center of circle of the first cylinder 136a, The center of circle of second tin roller 136b is inverted trapezoidal arrangement.That is to say, between the center of circle and the 3rd cutter 137c of the first cylinder 136a Distance between the distance center of circle and the 4th cutter 137d more than second tin roller 136b.

3rd cutter 137c and the 4th cutter 137d can be arranged at the first cylinder 136a and the left side of second tin roller 136b, The first cylinder 136a and the right of second tin roller 136b can also be arranged at.When the 3rd cutter 137c and the 4th cutter 137d is arranged When the left side of the first cylinder 136a and second tin roller 136b, the first cylinder 136a rotates counterclockwise, second tin roller 136b up time Pin rotates；When the 3rd cutter 137c and the 4th cutter 137d is arranged at the right of the first cylinder 136a and second tin roller 136b, First cylinder 136a rotates clockwise, and second tin roller 136b rotates counterclockwise.

In the present embodiment, the preferably the 3rd cutter 137c and the 4th cutter 137d is arranged at the first cylinder 136a and second tin roller The right of 136b.First cutter 137a and the second cutter 137b can turn when the first cylinder 136a and second tin roller 136b rotates Dynamic, rubbish enters in the first housing 131 from the storehouse 120 that feeds intake, then under the rotation of the first cylinder 136a, due to the first cylinder 136a rotates towards the direction of the 3rd cutter 137c, drives rubbish to enter between the first cylinder 136a and the 3rd cutter 137c, Thus longitudinal tear refuse bag, the effect of tear refuse bag is more preferable.

In the present embodiment, the diameter of the first cylinder 136a diameter more than second tin roller 136b, and the first cylinder 136a 1.3～1.5 times of the diameter of a diameter of second tin roller 136b.Second tin roller 136b diameter is more than with the girth of second tin roller 136b Tear the length after thing tears to be advisable, be wound around after preventing material from tearing,

Drive mechanism 140A is used for that assembly 136A is rotated and rotates, thus enters the rubbish entered in the first housing 131 Row broken bag and transport.First motor 140a of drive mechanism 140A drives the output shaft 140b of drive mechanism 140A to rotate, output Axle 140b is connected with rotary components 136A, thus assembly 136A is rotated and rotates.Wherein the first motor 140a can vertically be put Putting, it is also possible to horizontal positioned, when the first motor 140a vertically places, the first motor 140a and output shaft 140b can pass through worm gear The mechanisms such as worm screw realize turning to；When the first motor 140a horizontal positioned, the first motor 140a can directly connect with output shaft 140b Connecing, now the rotation direction of the first motor 140a is identical with the rotation direction of output shaft 140b, it is not necessary to turn to.

This drive mechanism 140A includes the first actuator 141 and the second actuator 142, and the first actuator 141 drives first Cylinder 136a rotates, and the second actuator 142 drives second tin roller 136b to rotate.

First actuator 141 drives the first cylinder 136a to rotate clockwise, and the second actuator 142 drives second tin roller 136b Rotate counterclockwise, and by regulating the first actuator 141 and rotating speed of the second actuator 142, thus regulate the first cylinder 136a and the rotating speed of second tin roller 136b, the rotating speed of the first actuator 141 is significantly faster than the rotating speed of the second actuator 142, and first The rotating speed of actuator 141 can be 4～7 times of the rotating speed of the second actuator 142, in the present embodiment, and the preferably first actuator 141 5 times of the rotating speed that rotating speed is the second actuator 142.

In the present embodiment, discharging opening 133 includes horizontal discharging opening 134 and longitudinal discharging opening 135, and longitudinal discharging opening 135 is positioned at The lower section in the gap between second tin roller 136b and the 4th cutter 137d, for supplying material from second tin roller 136b and the 4th cutter Gap between 137d spills, and the most laterally discharging opening 134 is arranged at the second tin roller 136b side away from the 4th cutter 137d. Laterally discharging opening 134 is for dishing out from the gap between the first cylinder 136a and second tin roller 136b for material.

When the first cylinder 136a skims over second tin roller 136b, owing to second tin roller rotary speed is slow, fixture can be played The effect of material, the first cylinder 136a high speed centrifugation power, after being completely torn apart by material bag, will be greater than the material of cutter spacing particle diameter Dish out, and discharge from horizontal discharging opening 134.The material throwing far is usually pollution-free clean material, major part inorganic inert Rubbish, weight in wet base material, liquid, fluid etc. are little due to particle diameter, and ratio is great, and major part can be from the in the moment of vertical and horizontal tear The gap of two cutter 137b and the 4th cutter 137d spills vertically downward, and the slightly larger dry weight material of particle diameter is come to after centrifugal dishing out Recently.Therefore, on the basis of realizing vertical and horizontal tear broken bag, it is achieved that rescue to clean rubbish pollution-free in rubbish Separate, from mixing the pollution of a small amount of wet refuse therein, will pollute wet refuse and inorganic inert rubbish carries out preliminary classification.

Incorporated by reference to refering to Fig. 1 and Fig. 4, in Fig. 1, negative pressure rolls in sorting mechanism 300 and negative-pressure adsorption sorting mechanism 200A The direction of arrow, represent that negative pressure rolls sorting mechanism 300 and the flow direction of negative-pressure adsorption sorting mechanism 200A endogenous wind.Negative pressure rolls divides Mechanism 300 is selected to include negative pressure drum screen the 310, second drive mechanism 320 and the second support body 330, negative pressure drum screen 310 and second Drive mechanism 320 is mounted on the second support body 330.

In the present embodiment, negative pressure drum screen 310 is horizontal cylinder body drum screen, and the two ends of negative pressure drum screen 310 are respectively provided with There is the second charging aperture 311 and the second discharging opening 312, horizontal discharging opening 134 and the negative pressure drum screen 310 of broken bag primary election mechanism 100A The second charging aperture 311 connect, material enter negative pressure drum screen 310 through rolling screening after, discharge from the second discharging opening 312. The direction of the second charging aperture 311 to the second discharging opening 312 of negative pressure drum screen 310 is respectively provided with orientation normal pressure wind and orientation is negative Pressure wind forms an orientation wind-tunnel, wherein, enters from the second charging aperture 311 as air inlet, wind at the second charging aperture 311, Material in drive negative pressure drum screen 310 moves towards the direction of the second discharging opening 312, and enters negative-pressure adsorption sorting mechanism 200A, final wind is from negative-pressure adsorption sorting mechanism 200A discharge, and is connected to again the second charging aperture 311 by pipeline, and formation follows Ring wind.

On negative pressure drum screen 310 periphery from the direction of second charging aperture the 311 to the second discharging opening 312, it is provided with Multiple regions that mesh increases successively, for sieving the rubbish of different-grain diameter size.In the present embodiment, it is provided with 2 regions altogether, point Not Wei one-level sieve aperture 313 and two grades of sieve apertures 314, one-level sieve aperture 313 near the second charging aperture 311 of negative pressure drum screen 310, two grades Sieve aperture 314, away from the second charging aperture 311 of negative pressure drum screen 310, that is to say, the aperture of one-level sieve aperture 313 is less than two grades of sieve apertures The aperture of 314, arranges one-level sieve aperture 313 and two grades of sieve apertures 314, it is achieved rubbish is carried out two-stage screening.Corresponding, at the second frame The one-level discharging opening 331 corresponding with one-level sieve aperture 313 and the secondary discharge port corresponding with two grades of sieve apertures 314 is offered on body 330 332, it is simple to the rubbish screened out from one-level sieve aperture 313 and two grades of sieve apertures 34 is collected, remaining not from one-level sieve aperture 313 and two grades of sieve apertures 314 in discharge rubbish, from negative pressure drum screen 310 second discharging opening discharge.

Second drive mechanism 320 includes the second motor 321 and rotates wheel 322, and the second motor 321 drives and rotates 322 turns of wheel Dynamic, negative pressure drum screen 310 takes turns 322 transmissions with rotating, and this rotation wheel 322 can be friction pulley, it is also possible to for gear, the present embodiment Transfer driving wheel 322 is preferably friction pulley, arranges and consolidating of rotating that wheel 322 coordinates on the periphery of negative pressure drum screen 310 simultaneously Fixed wheel 323, fast pulley 323 is fixing with negative pressure drum screen 310 to be connected, and when the second motor 321 drives and rotates wheel 322 rotation, turns Driving wheel 322 drives fast pulley 323 to rotate by the friction between fast pulley 323, thus drives negative pressure drum screen 310 to rotate.

The rubbish that negative pressure drum screen 310 rotates in drive negative pressure drum screen 310 rotates, and is provided with in negative pressure drum screen 310 Friction plate (not shown), friction plate can by the material in negative pressure drum screen 310 under the effect of frictional force, drive material along with The rolling of negative pressure drum screen 310 and raise, when material is increased to certain position, be used as freely falling body fortune due to gravity Dynamic, the material in negative pressure drum screen 310 is under the drive of circulated air, moves, due to material in the direction towards the second discharging opening 312 Proportion different, driven the distance of displacement and speed the most different by circulated air, outsifting go out after sieve by proportion by closely to remote the most successively Fall in material-falling hopper, as metal, brick gravel, glass are come to recently, then be successively firewood fiber, cardboard, unit of plastic etc. take second place, lightweight It is maximum that plastic bag, thin paper such as open at the displacement.During negative pressure drum screen 310 rolls, the less material of particle diameter is from one-level sieve aperture 313 and two grades of sieve apertures 314 in discharge, first allow the little heavy weight in wet base material of granule of residual and inorganic inert lime-ash gravel etc. One-level sieve aperture 313 sifts out, the most successively the materials such as metal top pop tank, plastic bottle is sifted out from two grades of sieve apertures 314.Glass Bottle, big canister, big plastic bottle, fiber medicated clothing, millboard, leatheroid, foamed plastic, chunk PE Foam etc. are in circulation wind action Under blow out successively negative pressure drum screen 310, fall the second discharging of distance negative pressure drum screen 310 under gravity successively by proportion Mouthfuls 312 by closely in remote hopper, and spills negative pressure drum screen 310；The pole lightweight things such as thin paper is opened, plastic sheeting, plastic bag It is farthest for blowing out in negative pressure drum screen 310, owing to proportion is the least, it is impossible to rely on gravity to fall, hence into negative-pressure adsorption Sorting mechanism 200A.

Incorporated by reference to seeing Fig. 1, Fig. 4 and Fig. 5, negative-pressure adsorption sorting mechanism 200A includes the 3rd housing 210 and is positioned at the 3rd Blower fan 220 outside housing 210, one end of the 3rd housing 210 is provided with the 3rd charging aperture 211, and the other end is provided with and connects with blower fan 220 Bleeding point 212, negative pressure is rolled gas in sorting mechanism 300 and negative-pressure adsorption sorting mechanism 200A and extracts out by blower fan 220, and It is recycled to negative pressure and rolls the second charging aperture 311 of sorting mechanism 300.It is formed in 3rd housing 210 and refers to from the 3rd charging aperture 211 To the wind flow direction of bleeding point 212, in the present embodiment, the 3rd housing 210 is cylindrical shape, the 3rd charging aperture 211 and bleeding point 212 both ends of the surface laying respectively at the 3rd housing 210, and be oppositely arranged.Being provided with grid baffle plate 240 in 3rd housing 210, the 3rd enters Material mouth 211 and bleeding point 212 are positioned at the both sides of grid baffle plate 240, and grid baffle plate 240 sets adjacent to the side of the 3rd charging aperture 211 It is equipped with rotatable cleaning windmill 230, grid baffle plate 240 and cleaning windmill 230 and is respectively arranged below with light rubbish discharging opening 213 He Weight rubbish discharging opening 214.Specifically, light rubbish discharging opening 213 is positioned at the underface of grid baffle plate 240, weight rubbish discharging opening 214 It is positioned at the underface of cleaning windmill 230.

Incorporated by reference to refering to Fig. 1, Fig. 2 and Fig. 4, broken bag primary election mechanism 100A first carries out broken bag process to composting, makes to mix Closing light rubbish and other house refuse initial gross separations in rubbish, wherein, particle diameter rubbish little, heavy is from longitudinal discharging opening 135 Discharging, this part rubbish is generally weight in wet base rubbish and inorganic inert rubbish, does not enter back into negative pressure and roll sorting mechanism 300 after collection With negative-pressure adsorption sorting mechanism 200A, this part is examined through magnetic sorting mechanism 400 and metal detection human assistance sorting mechanism 500 Can process with directly sending landfill yard after surveying safety.From the material dished out between the first cylinder 136a and second tin roller 136b, particle diameter Greatly, rubbish that proportion is little discharge from horizontal discharging opening, account for more than the 90% of weight, after collecting, sent into by conveying mechanism negative Nip drum moves sorting mechanism 300, and after rolling screening, light refuse rolls the second discharging opening 312 of sorting mechanism 300 from negative pressure Waft to negative-pressure adsorption sorting mechanism 200A, re-use negative-pressure adsorption sorting mechanism 200A and process from the discharge of horizontal discharging opening 134 Material, specifically: broken bag enters to negative pressure from the material of horizontal discharging opening 134 discharge by the second charging aperture 311 after processing and rolls Dynamic sieve 310, negative pressure drum screen 310 rolls screening, and due to the effect of blower fan 220, the air-flow in negative pressure drum screen 310 enters from second Material mouth 311 flows towards the direction of the second discharging opening 312, and the bleeding point 212 of one end of the 3rd housing 210 connects this blower fan 220, form subnormal ambient in the 3rd housing 210, form circulation wind-tunnel, light refuse enters into the 3rd from the 3rd charging aperture 211 In housing 210, and producing the high velocity air moved along wind flow direction inside the 3rd housing 210, high velocity air drives mixing Rubbish moves along wind flow direction, and the light rubbish in composting is by flying up that high velocity air blows simultaneously, thus with other heavy rubbish Rubbish separates, and the light rubbish flown up is stopped concentration by grid baffle plate 240, and the most cleaned windmill 230 scraped into for the 3rd housing 210 end The light rubbish discharging opening 213 that portion is arranged is discharged, and remaining heavy rubbish is pushed to clear up the weight immediately below windmill 230 by high velocity air Rubbish discharging opening 214 is discharged.Therefore, light rubbish and weight rubbish can simple and effective be divided by negative-pressure adsorption sorting mechanism 200A From, and discharge respectively after light rubbish and weight centralized collection of garbage, this negative-pressure adsorption sorting mechanism 200A simple in construction, makes simultaneously With with easy to maintenance.

Referring to Fig. 5, grid baffle plate 240 includes arc 241, and the side of arc 241 indent is adjacent to the 3rd charging aperture 211 arrange, arc 241 offers a plurality of first bar hole 242.

Grid baffle plate 240 is the arc 241 offering a plurality of first bar hole 242, it is possible under subnormal ambient, make by The light rubbish that grid baffle plate 240 stops is by the concave side being fixed on grid baffle plate 240 of stable gas pressure, and arc 241 is interior The rubbish that recessed side is collected can scrape the light rubbish discharging opening 213 bottom the 3rd housing 210 by convenient cleaned windmill 230.

Further, the longitudinal section of arc 241 is 1/4 circular arc.Grid baffle plate 240 is for offering a plurality of first bar shaped The longitudinal section in hole 242 is the arc 241 of 1/4 circular arc, it is possible to the easy cleaning windmill 230 indent one to grid baffle plate 240 The rubbish that side is collected is cleared up.

It is multiple along its circumference cloth that cleaning windmill 230 includes that rotatable cleaning wind axle 231, cleaning wind axle 231 are provided with The cleaning impeller 232 put, each cleaning impeller 232 all offers a plurality of second bar hole 233.Specifically, cleaning windmill 230 Be arranged between the 3rd charging aperture 211 and grid baffle plate 240, cleaning wind axle 231 two ends respectively with the two of the 3rd housing 210 Side is rotationally connected, and cleaning wind axle 231 is horizontally disposed and is perpendicular to wind flow direction, cleaning wind axle 231 and arc 241 Central axis conllinear is arranged.

The cleaning windmill 230 being arranged between the 3rd charging aperture 211 and grid baffle plate 240 will not stop that light rubbish is by grid The indent side of baffle plate 240 stops, the rubbish that grid baffle plate 240 indent side is collected can also be scraped into the 3rd housing simultaneously Light rubbish discharging opening 213 bottom 210 is discharged, and when the cleaned impeller of light rubbish 232 stops too much, can promote cleaning impeller 232 Driving cleaning wind axle 231 to rotate, after cleaning wind axle 231 turns an angle, light rubbish is no longer carried out by cleaning impeller 232 Stopping, high velocity air promotes the light rubbish on cleaning impeller 232 to be stopped by the concave side of grid baffle plate 240, clears up wind axle simultaneously 231 drive cleaning impeller 232 to rotate when rotating, the light rubbish that the concave side of grid baffle plate 240 is collected can be scraped by cleaning impeller 232 Light rubbish discharging opening 213 bottom 3rd housing 210 is discharged.

Preferably, the quantity of cleaning impeller 232 is four pieces, and each cleaning impeller 232 is away from the side of cleaning wind axle 231 Edge is all parallel with grid baffle plate 240, and the angle between adjacent two cleaning impeller 232 is 90 °；The plate body of cleaning impeller 232 It is specially rectangle.

Circumferentially-spaced 90 ° of cleaning wind axle 231 have been evenly arranged four pieces of cleaning impeller 232, can either be to grid baffle plate The rubbish that 240 concave side are collected effectively is cleared up, and can tentatively stop rubbish and stable rotation again.

Each cleaning impeller 232 is equipped with wiper 234 away from the edge, side of cleaning wind axle 231.Wiper 234 can be helped The light rubbish helping cleaning windmill 230 to collect the indent side of grid baffle plate 240 is cleared up, and light rubbish is scraped into the 3rd shell The light rubbish discharging opening 213 arranged bottom body 210.

Incorporated by reference to being respectively arranged below with rubbish refering to Fig. 2 and Fig. 5, light rubbish discharging opening 213 and weight rubbish discharging opening 214 Groove 270.Light rubbish is received respectively by the refuse chute 270 arranged in the lower section of light rubbish discharging opening 213 and weight rubbish discharging opening 214 Rubbish and weight rubbish carry out classification process.After the 100A primary election of broken bag primary election mechanism, the rubbish discharged from longitudinal discharging opening 135, and After negative-pressure adsorption sorting mechanism 200A sorting, the rubbish discharged from weight rubbish discharging opening 214 is delivered to by conveying mechanism respectively Magnetic sorting mechanism 400 connects.

Incorporated by reference to refering to Fig. 1, Fig. 2, Fig. 5 and Fig. 6, magnetic sorting mechanism 400 includes support 410 and magnetic part 420, magnetic Part 420 is installed on this support 410, and in the present embodiment, magnetic part 420 is strip, and the two ends of support 410 are provided with for conveying The opening of mechanism's turnover, magnetic part 420 is between two openings, and conveying mechanism includes conveyer belt, and conveyer belt is bar shaped and wears Crossing support 410 and be positioned at the lower section of magnetic part 420, the feed end of conveying mechanism goes out with longitudinal discharging opening 135 and weight rubbish respectively Material mouth 214 connects.Metal generally falls in the collecting box of longitudinal discharging opening 135 and weight rubbish discharging opening 214 correspondence, and magnetic sorts Mechanism 400 sorts mainly for this part rubbish, more cost-effective, and the amount simultaneously sorted greatly reduces, and improves sorting Efficiency.

Magnetic part 420 in the present embodiment can be electric magnet or permanent magnet, and material moves on the conveyor belt, magnetic part 420 tops being positioned at conveyer belt, material is when motion, and magnetic metal, by the absorption of magnetic part 420, is adsorbed on magnetic part On 420, part not to be adsorbed, along with tape transport is to metal detection human assistance sorting mechanism 500.

Metal detection human assistance sorting mechanism 500 is by being equipped with prior art metal sizing detection detecting devices, to warp Cross detection or after the material done of investigative range carries out detection detection and report to the police, be aided with manual sorting, to remove heavy metal pollution.

The present embodiment preliminary screening by broken bag primary election mechanism 100A, it is to avoid the mutual pollution between rubbish, then will It is delivered to negative pressure rolling sorting mechanism 300 from the rubbish of horizontal discharging opening 134 discharge sort further, then will be from vertical Rubbish to discharging opening 135 discharge is delivered to magnetic sorting mechanism 400 and carries out magnetic metal recovery, simultaneously negative-pressure adsorption separator The heavy rubbish that structure 200A sorts out is discharged from weight rubbish discharging opening, is also delivered to magnetic sorting mechanism 400 and carries out magnetic metal Reclaim, after magnetic metal has reclaimed, remaining rubbish is delivered to metal detection human assistance sorting mechanism 500, remove a huge sum of money Belong to, it is to avoid heavy metal pollution, remaining rubbish can carry out soil and bury.

Rubbish is repeatedly processed and sorts, greatly by the rubbish automatic sorting complete set of equipments 001 that the present embodiment provides Improve the utilization rate of rubbish, meanwhile, this rubbish automatic sorting complete set of equipments 001 together can also make with other corollary equipments With, such as, rubbish cleaning equipment, rubbish soaking device etc..

The conveying mechanism related in the present embodiment is prior art, and it primarily serves the effect of transport, is not limited to this reality Execute the conveyer belt mentioned in example, it is also possible to carry out the selection of other conveying equipments according to practical situation.

Certainly, in other embodiments, the toolbox 137 of broken bag primary election mechanism 100A can also only comprise the first cutter 137a and the second cutter 137b, the first cutter 137a and the second cutter 137b carry out broken bag to material, by arranging the first cutter 137a and the gap of second cutter 137b distance the first housing 131, make the first housing 131 play a supporting role material, simultaneously First cutter 137a and the second cutter 137b can carry out broken bag to material under the support of the first housing 131, makes particle diameter be less than Between first cylinder 136 and the first housing 131, material and the heavy material in gap pass through, and more than the material in this gap Cannot pass through, this partial material is under the drive of the first cylinder 136a, and the tangential direction along the first cylinder 136a rotates, and from Dish out between first cylinder 136a and second tin roller 136b, it is possible to realize the broken bag to material and primary election classification.

Second embodiment

Referring to Fig. 7, the present embodiment provides a kind of rubbish automatic sorting complete set of equipments 002, and it includes broken bag primary election mechanism It is the most auxiliary that 100B, negative-pressure adsorption sorting mechanism 200B, negative pressure roll sorting mechanism 300, magnetic sorting mechanism 400 and metal detection Help sorting mechanism 500.

Referring to Fig. 8 and Figure 10, it is roughly the same with the rubbish automatic sorting complete set of equipments 001 of first embodiment, the two Difference be: the 3rd cutter 137c of the broken bag primary election mechanism 100B of the rubbish automatic sorting complete set of equipments 002 of the present embodiment Preferably it is connected in the first housing 131 by cylinder with the 4th cutter 137d, the 3rd cutter 137c and the 4th cutter 137d Fix respectively and on the 3rd cylinder 136c and the 4th cylinder 136d；Additionally, the negative pressure of rubbish automatic sorting complete set of equipments 002 is inhaled Attached sorting mechanism 200B also includes grid windmill 250.

Referring to Fig. 8 and Fig. 9, in the present embodiment, rotary components 136B also includes the 3rd cylinder 136c and the 4th cylinder 136d, the 3rd cutter 137c are arranged on the 3rd cylinder 136c, and the 4th cutter 137d is arranged on the 4th cylinder 136d, due to Three cutter 137c are corresponding with the first cylinder 136a, and the 4th cutter 137d is corresponding with second tin roller 136b, the i.e. the 3rd cylinder 136c with First cylinder 136a is corresponding, and the 4th cylinder 136d is corresponding with second tin roller 136b.

Accordingly, drive mechanism 140B also includes the 3rd actuator 143 and fourth drive member 144, the 3rd actuator 143 with 3rd cylinder 136c is rotationally connected, and fourth drive member 144 is rotationally connected with the 4th cylinder 136d.

The size of the 3rd cylinder 136c is identical with the size of the first cylinder 136a, regulates the 3rd actuator 143, makes the 3rd to drive Moving part 143 is identical with the velocity of rotation of the first actuator 141, and rotation direction is contrary.Simultaneously the size of the 4th cylinder 136d with The size of second tin roller 136b is identical, regulates fourth drive member 144, makes fourth drive member 144 and the rotation of the second actuator 142 Speed is identical, and rotation direction is contrary.

Specifically, the center of circle of the first cylinder 136a, the center of circle of second tin roller 136b, the 3rd cylinder 136c center of circle and the 4th rolling The line in the center of circle of cylinder 136d is inverted trapezoidal arrangement.First cylinder 136a is arranged at the left side of the 3rd cylinder 136c, the first cylinder 136a is to rotate clockwise, and the 3rd cylinder 136c, to rotate counterclockwise, leaves between the first cylinder 136a and the 3rd cylinder 136c Enough gaps of distance allow the material on top fall down, and the first charging aperture 132 is positioned at the first cylinder 136a and the 3rd cylinder 136c Top, refuse bag enters the first housing 131 from the first charging aperture 132, and rubbish is at the first cylinder 136a and the 3rd cylinder 136c Drive under, from both sides to centre, and move downward, the first cylinder 136a and the 3rd cylinder 136c pressing waste bag same Time, refuse bag is scratched tear by the first cutter 137a and the 3rd cutter 137c.

Meanwhile, second tin roller 136b is arranged at the left side of the 4th cylinder 136d, the first cylinder 136a and the 3rd cylinder 136c It is respectively positioned on second tin roller 136b and the top of the 4th cylinder 136d.Wherein, second tin roller 136b to rotate counterclockwise, the 4th cylinder 136d to rotate clockwise, second tin roller 136b and the 4th cylinder 136d is respectively provided with at a certain distance the second cutter 137b and 4th cutter 137d, the second cutter 137b and the 4th cutter 137d interlock certain length, the second cutter 137b and the 4th cutter The length that the length of 137d and the second cutter 137b and the 4th cutter 137d interlock designs on demand, the second cutter 137b and the 4th There are enough gaps between cutter 137d, can allow the fine crushing material that certain particle diameter is little, proportion is bigger that top falls down, liquid, stream Bodies etc. drain to below the second cutter 137b and the 4th cutter 137d.

Owing to the velocity of rotation of second tin roller 136b and the 4th cylinder 136d is less than the first cylinder 136a and the 3rd cylinder The velocity of rotation of 136c, when being extruded when between material gap between the first cylinder 136a and the 3rd cylinder 136c, partly grain Footpath is little, proportion is bigger fine crushing material, liquid, fluid etc. are directly perpendicular from the gap of the first cylinder 136a and the 3rd cylinder 136c Under straight, and then vertically fall from the gap of second tin roller 136b and the 4th cylinder 136d.And fail to fall for other Material, along with the first cylinder 136a and the 3rd cylinder 136c from both sides first in the middle of, and downward extruding, make material enter the Gap between one cylinder 136a and the 3rd cylinder 136c, owing to the rotation direction of second tin roller 136b is with the first cylinder 136a's Rotation direction is contrary, and the rotation direction of the 4th cylinder 136d is contrary with the rotation direction of the 3rd cylinder 136c simultaneously.First cylinder 136a and the 3rd cylinder 136c, when motion, drives rubbish to move along its tangential direction, and second tin roller 136b and the 4th rolling Cylinder 136d velocity of rotation little, when the first cylinder 136a skim over second tin roller 136b, the 3rd cylinder 136c skims over the 4th cylinder During 136d, owing to second tin roller 136b and the 4th cylinder 136d rotary speed are slow, fixing material, the first cylinder can be played a part The high speed centrifugation power of 136a and the 3rd cylinder 136c, after being completely torn apart by material bag, will be greater than the first cylinder 136a and the 3rd rolling Between cylinder 136c, the material of spacing particle diameter is from the first cylinder 136a and second tin roller 126b, the 3rd cylinder 136c and the 4th cylinder Dish out in the gap of 136d.

In the present embodiment under the longitudinal discharging opening 135 gap between second tin roller 136b and the 4th cylinder 136d Side, for spilling from the gap between second tin roller 136b and the 4th cylinder 136d for material, the most laterally discharging opening 134 is arranged In second tin roller 136b away from the side of the 4th cylinder 136d, another is arranged at the 4th cylinder 136d away from second tin roller 136b Side.Laterally discharging opening 134 is for supplying material from the gap between the first cylinder 136a and the 3rd cylinder 136c, second tin roller Dishing out between 136b and the 4th cylinder 136d.The material dished out from horizontal discharging opening 134, the material wherein throwing far is usually Pollution-free clean material, the slightly larger dry weight material of particle diameter is come to recently by after centrifugal dishing out, major part inorganic inert rubbish, weight in wet base Material, liquid, fluid etc. are little due to particle diameter, and ratio is great, can be from second tin roller 136b and the in the moment of vertical and horizontal tear The gap of four cylinder 136d spills vertically downward, and discharges from longitudinal discharging opening 135.Therefore, vertical and horizontal tear is being realized On the basis of broken bag, it is achieved that pollution-free clean rubbish in rubbish is rescued and separates, from mixing a small amount of wet refuse therein Pollute, will easily pollute wet refuse and inorganic inert rubbish carries out preliminary classification.

Incorporated by reference to seeing Fig. 7, Fig. 8 and Fig. 9, conveying mechanism is by the most defeated for the material discharged from two horizontal discharging openings 134 Delivering to further be sieved in negative pressure rolling sorting mechanism 300, in the present embodiment, negative pressure rolls sorting mechanism 300 with real Executing the structure in example identical, connected mode is identical, repeats no more here.

Refer to Figure 10, roll the light material blown out sorting mechanism 300 from negative pressure and enter negative-pressure adsorption sorting mechanism 200B, on the basis of the negative-pressure adsorption sorting mechanism 200B embodiment one in the present embodiment, also includes grid windmill 250.

Being additionally provided with grid windmill 250 in 3rd housing 210, grid windmill 250 is positioned at the 3rd charging aperture 211 and cleaning windmill Between 230, it is multiple along its grid circumferentially that grid windmill 250 includes that grid wind axle 251, grid wind axle 251 are provided with Impeller 252, each grid impeller 252 all offers a plurality of Article 3 shape hole 253.Concrete, grid wind axle 251 and cleaning Wind axle 231 is arranged in parallel, and both sides with the 3rd housing 210 respectively, the two ends of grid wind axle 251 are rotationally connected.

It is provided with grid windmill 250, it is possible to blow by high velocity air between the 3rd charging aperture 211 and cleaning windmill 230 The light rubbish risen tentatively stops, it is to avoid on a large amount of light sanitary fills to cleaning windmill 230 and grid baffle plate 240, impact is light The sorting of rubbish and discharge work, the light rubbish blown afloat by high velocity air can be by along grid wind axle 251 circumferentially each Grid impeller 252 stops, when on grid impeller 252, the light rubbish of accumulation can promote grid impeller 252 to drive grid wind time too much Axletree 251 rotates, and after grid wind axle 251 turns an angle, light rubbish is not being stopped, at a high speed by grid impeller 252 Air-flow promotes the light rubbish on grid impeller 252 to move to cleaning windmill 230.

Weight rubbish discharging opening 214 is positioned at the underface of grid windmill 250.It is positioned at the heavy rubbish immediately below grid windmill 250 The heavy rubbish separated with light rubbish can be discharged by discharging opening 214 in advance, it is to avoid affects negative-pressure adsorption after weight rubbish bulk deposition Sorting mechanism 200B uses.

Additionally, in the present embodiment, be additionally provided with the pressurization bucket 260 connected with bleeding point 212, pressurization bucket in the 3rd housing 210 260 arrange towards grid baffle plate 240.Concrete, the big mouth of pressurization bucket 260 is arranged towards grid baffle plate 240, pressurization bucket 260 Osculum connection bleeding point 212.

By being provided with pressurization bucket 260 in the 3rd housing 210, the big mouth of pressurization bucket 260 is arranged towards grid baffle plate 240, The osculum connection bleeding point 212 of pressurization bucket 260, it is possible to form higher negative pressure in the 3rd housing 210, improve the 3rd housing Wind flow speed in 210, improves the efficiency of separation of light rubbish.

It is provided with separation net in pressurization bucket 260.Separation net is set in pressurization bucket 260, it is possible to avoid part little granule rubbish Blower fan 220 is entered into, it is ensured that the carrying out of selecting crude drugs with winnower operation by pressurization bucket 260.

The broken bag primary election mechanism 100B of the rubbish automatic sorting complete set of equipments 002 that the present embodiment provides crosses the first cylinder 136a, second tin roller 136b, the 3rd cylinder 136c and the setting of the 4th cylinder 136d, common broken bag and primary election, the broken bag of rubbish Effect and primary election effect are more preferable, and in the present embodiment, the setting of negative-pressure adsorption sorting mechanism 200B grid windmill 250, can have Avoid to effect a large amount of light sanitary fill to cleaning windmill 230 and grid baffle plate 240, affect the sorting of light rubbish and discharge work Make, be conducive to improving the effect of refuse classification.The present embodiment, by repeatedly being processed by rubbish and sorting, drastically increases The utilization rate of rubbish.

The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for this For the technical staff in field, this utility model can have various modifications and variations.All in spirit of the present utility model and principle Within, any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.

Claims (10)

1. a rubbish automatic sorting complete set of equipments, it is characterised in that it includes that broken bag primary election mechanism, negative pressure roll sorting mechanism With negative-pressure adsorption sorting mechanism, the discharge end of described broken bag primary election mechanism is connected to described negative pressure and rolls the charging of sorting mechanism End, the discharge end of described negative pressure rolling sorting mechanism is connected to the feed end of described negative-pressure adsorption sorting mechanism；At the beginning of described broken bag Select mechanism to include tearing bagging apparatus, the first drive mechanism and tear bagging apparatus and the frame of described first drive mechanism described in installing； The described bagging apparatus that tears includes rotary components, toolbox and installs the first shell of described rotary components and described toolbox Body, described first housing is provided with the first charging aperture, horizontal discharging opening and longitudinal discharging opening, and described rotary components includes each other Every the first cylinder arranged and second tin roller, described first cylinder is positioned at the top of described second tin roller, described toolbox bag Include the first cutter being connected to described first cylinder outer wall and the second cutter being connected to described second tin roller outer wall；Described One drive mechanism includes driving the first actuator of described first cylinder and driving the second actuator of described second tin roller, institute The direction of rotation stating the first actuator is contrary with the direction of rotation of described second actuator, described horizontal discharging opening and described longitudinal direction Discharging opening is positioned at the lower section of described second tin roller, and is positioned at the both sides of described second tin roller；Described negative pressure rolls sorting mechanism Feed end connects with described horizontal discharging opening.

Rubbish automatic sorting complete set of equipments the most according to claim 1, it is characterised in that described toolbox also includes Three cutters and the 4th cutter, described 3rd cutter is connected to described first housing and is oppositely arranged with described first cylinder, described 4th cutter is connected to described first housing and is oppositely arranged with described second tin roller.

Rubbish automatic sorting complete set of equipments the most according to claim 2, it is characterised in that be provided with in described first housing Fixed plate, described 3rd cutter and described 4th cutter are all connected in described fixed plate.

Rubbish automatic sorting complete set of equipments the most according to claim 2, it is characterised in that described rotary components also includes Three cylinders and the 4th cylinder, described 3rd cutter is arranged on described 3rd cylinder, and described 4th cutter is arranged at the described 4th On cylinder, the size of described 3rd cylinder is identical with the size of described first cylinder, the size of described 4th cylinder and described the The size of two cylinders is identical；Under described longitudinal discharging opening gap between described second tin roller and described 4th cylinder Side, two described horizontal discharging openings lay respectively at the both sides of described longitudinal discharging opening.

Rubbish automatic sorting complete set of equipments the most according to claim 4, it is characterised in that described first drive mechanism includes Drive the 3rd actuator of described 3rd cylinder and drive the fourth drive member of described 4th cylinder, the rotation of described 3rd actuator Turn direction contrary with the direction of rotation of described first actuator, the direction of rotation of described fourth drive member and described second actuator Direction of rotation contrary.

Rubbish automatic sorting complete set of equipments the most according to claim 1, it is characterised in that described negative pressure rolls sorting mechanism Including negative pressure drum screen, the second drive mechanism and install described negative pressure drum screen and the second frame of described second drive mechanism Body, the two ends of described negative pressure drum screen are respectively arranged with the second charging aperture and the second discharging opening, the circumference of described negative pressure drum screen Be provided with one-level sieve aperture and two grades of sieve apertures on face, described one-level sieve aperture near described second charging aperture, described two grades of sieve apertures away from Described second charging aperture, the aperture of described one-level sieve aperture, less than the aperture of described two grades of sieve apertures, described second support body offers The one-level discharging opening corresponding with described one-level sieve aperture and the secondary discharge port corresponding with described two grades of sieve apertures, described second discharging opening Connect with described negative-pressure adsorption sorting mechanism.

Rubbish automatic sorting complete set of equipments the most according to claim 1, it is characterised in that described negative-pressure adsorption sorting mechanism Including blower fan, cleaning windmill, grid baffle plate and install described cleaning windmill and the 3rd housing of described grid baffle plate, described the Three housings be respectively arranged at two ends with the 3rd charging aperture and the bleeding point connected with described blower fan, described cleaning windmill and described grid Baffle plate is respectively positioned between described 3rd charging aperture and described bleeding point, and described cleaning windmill sets near described 3rd charging aperture Putting, described grid baffle plate is arranged at the described cleaning windmill side away from described 3rd charging aperture, and described 3rd housing sets respectively There are the heavy rubbish discharging opening corresponding with described cleaning windmill and the light rubbish discharging opening corresponding with described grid baffle plate, described negative pressure The discharge end rolling sorting mechanism connects with described 3rd charging aperture, and described negative pressure rolls the feed end of sorting mechanism and described wind Machine connects away from one end of described bleeding point.

Rubbish automatic sorting complete set of equipments the most according to claim 7, it is characterised in that described cleaning windmill includes revolving The cleaning wind axle turned, described cleaning wind axle is provided with four along its cleaning impeller circumferentially, each described cleaning impeller A side away from described cleaning wind axle is all parallel with described grid baffle plate, the angle between adjacent two described cleaning impeller It is 90 °, each described cleaning impeller all offers a plurality of second bar hole.

Rubbish automatic sorting complete set of equipments the most according to claim 7, it is characterised in that be additionally provided with in described 3rd housing Grid windmill, described grid windmill is between described 3rd charging aperture and described cleaning windmill, and described grid windmill includes can The grid wind axle rotated, described grid wind axle is provided with four along its grid impeller circumferentially, each described grid leaf Plate is all parallel with described grid baffle plate away from a side of described grid wind axle, the folder between adjacent two described grid impeller Angle is 90 °, and each described grid impeller all offers a plurality of Article 3 shape hole.

Rubbish automatic sorting complete set of equipments the most according to claim 7, it is characterised in that described rubbish automatic sorting becomes Complete equipment also includes that magnetic sorting mechanism, described magnetic sorting mechanism include support and the magnetic part being installed on described support, Described magnetic sorting mechanism connects with described longitudinal discharging opening and described heavy rubbish discharging opening respectively.