CN102688797B - Bag breaking mechanism for kitchen waste - Google Patents
Bag breaking mechanism for kitchen waste Download PDFInfo
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- CN102688797B CN102688797B CN2012101957641A CN201210195764A CN102688797B CN 102688797 B CN102688797 B CN 102688797B CN 2012101957641 A CN2012101957641 A CN 2012101957641A CN 201210195764 A CN201210195764 A CN 201210195764A CN 102688797 B CN102688797 B CN 102688797B
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Abstract
The invention discloses a bag breaking mechanism for kitchen waste. The bag breaking mechanism (200) comprises a cutter shaft (210), a cutter disc (220) and a blade (230), wherein the cutter disc (220) is mounted on the cutter shaft (210), and the blade (230) is mounted on the cutter disc (220). The bag breaking mechanism disclosed by the invention can implement bag breaking for the bag-shaped object in kitchen waste, has a simple structure and can be conveniently mounted in a narrow space.
Description
Technical field
The present invention relates to a kind of food waste treatment equipment, particularly, relate to a kind of broken bag for changing food waste mechanism.
Background technology
When carrying out the changing food waste into resources processing, must first to changing food waste, be sorted, by the thickness Classification of materials.Particularity due to the changing food waste material properties, general by physics way sorting changing food waste, sorting arrangement commonly used has rotary screen formula sorter, vibration sieve type sorter, disc type sorter etc. several at present, and the sorter of these several forms all exists expects that hole is easily stopped up, plastics easily are wound around, sort inefficiency, disposal ability is little, the more high defect of energy consumption.In addition, generally include satchel in changing food waste, sorter does not possess the broken bag function usually, causes material in satchel to sort.
Summary of the invention
The purpose of this invention is to provide and a kind ofly can implement to the satchel in changing food waste the broken bag mechanism of broken bag.
To achieve these goals, the invention provides a kind of broken bag for changing food waste mechanism, wherein, described broken bag mechanism comprises cutter shaft, cutterhead and blade, and described cutterhead is arranged on described cutter shaft, and described blade is arranged on described cutterhead.
Preferably, described cutterhead is a plurality of and spaced along the length direction of described cutter shaft.
Preferably, described blade is a plurality of and circumferentially uniform along described cutterhead.
Preferably, described blade and described cutterhead are hinged.
Preferably, described broken bag mechanism comprises baffle plate, and described cutter shaft and described cutterhead are arranged on the inboard of described baffle plate, has on described baffle plate and allows described blade to reach the slotted eye in the described baffle plate outside.
Preferably, the cross section of described baffle plate is arc.
Preferably, the center of circle of described arc does not overlap with the center of circle of described cutterhead, and the radius of described arc is greater than the radius of described cutterhead.
Preferably, the both sides of described baffle plate have flanging.
By technique scheme, broken bag of the present invention mechanism simple in structure, can be arranged in narrow space easily.
Other features and advantages of the present invention will partly be described in detail in the specific embodiment subsequently.
The accompanying drawing explanation
Accompanying drawing is to be used to provide a further understanding of the present invention, and forms the part of specification, is used from explanation the present invention with the following specific embodiment one, but is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the overall structure schematic diagram of a kind of embodiment of explanation sorter of the present invention;
Fig. 2 is the schematic diagram of the broken bag mechanism in Fig. 1;
Fig. 3 is the right view of Fig. 2;
Fig. 4 is the right view in Fig. 1;
Fig. 5 is the pendulum rake axle of the pendulum rake device in key diagram 1 and the stereogram of pendulum rake;
Fig. 6 is the view of the end on observation of a pendulum rake axle from Fig. 5;
Fig. 7 and Fig. 8 are the synchronous schematic diagrames that swing of two pendulum rake axles of the pendulum rake device in key diagram 1;
Fig. 9 and Figure 10 are the schematic diagrames that the pendulum rake device in key diagram 1 swung and stirred material in sorting plate;
Figure 11 is the schematic diagram of the spray unit of explanation pendulum rake device;
Figure 12 is the stereogram that explanation is equipped with the pendulum rake device of shower nozzle.
Description of reference numerals
100: feed hopper 110: sidewall
200: broken bag mechanism
210: cutter shaft 220: cutterhead 230: blade
240: baffle plate 241: slotted eye 242: flanging
S: broken bag zone
250: transmission device
300: mechanism for sorting
310: sorting plate 310a: projection 311: sorting plate part
320: the pendulum rake device
321: pendulum rake axle 321a: hollow parts 321b: conduit socket 321c: mouth spray
322: single armed pendulum rake 323: the both arms pendulum rake
324: drive motors 325: crank mechanism 326: connecting rod 327: fork
328: conduit 329: shower nozzle
330: top cover
P: transfer passage
500: the second discharge buckets of 400: the first discharge buckets
600: frame 610: side lever 620: cross bar
The specific embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is elaborated.Should be understood that, the specific embodiment described herein only, for description and interpretation the present invention, is not limited to the present invention.
In the present invention, in the situation that do not do contrary explanation, the noun of locality of use typically refers to reference to upper and lower, left and right shown in the drawings as " upper and lower, left and right "; " inside and outside " refers to inside and outside with respect to the profile of each parts itself.
According to an aspect of the present invention, provide a kind of sorter.Sorter of the present invention can improve sorting efficiency, and can realize the processing procedure that first broken bag sorts again, particularly, sorter of the present invention comprises the parts such as feed hopper 100, broken bag mechanism 200, mechanism for sorting 300, the first discharge bucket 400, the second discharge bucket 500, below is elaborated respectively.
Feed hopper
Feed hopper 100 is arranged on an end of sorter, and an illustrated side that is positioned at sorter for example, for material being imported to the functional entity of sorter, to carry out follow-up broken bag, sorting.Feed hopper 100 can adopt various suitable structures, can be for example straight tube shape, and favour the horizontal direction setting, so that material is along the inwall landing of feed hopper 100.Feed hopper 100 has entrance and exit, and material enters feed hopper 100 from entrance, then by outlet, is outputed in mechanism for sorting 300.
Broken bag mechanism
Broken bag of the present invention mechanism 200 is for before sorting, material being carried out to broken bag, so that the material in bag enters mechanism for sorting 300 in the mode of scattering, is conducive to follow-up sorting and processes.Preferably, broken bag of the present invention mechanism 200 is arranged in feed hopper 100, to take full advantage of space, makes the compact conformation of whole sorter.
In the preferred embodiment of the present invention, as shown in Figure 1 to Figure 3, broken bag mechanism 200 comprises cutter shaft 210, cutterhead 220 and blade 230.Wherein: cutter shaft 210 is connected to independent drive unit or is connected to drive unit by transmission device 250; Cutterhead 220 is fixed on cutter shaft 210; Blade 230 be arranged on cutterhead 220 and point of a knife outwardly.When drive unit drives cutter shaft 210 rotation, cutterhead 220 band cutting blades 230 rotate, and blade 230 is implemented broken bag by puncturing, cut off or tear bag-shaped.It should be noted that, blade 230 should be the type with point of a knife, for example foliaceous or analogous shape.
Along cutter shaft 210 axially, a plurality of cutterheads 220 can be set, the plurality of cutterhead 220 is preferably uniformly-spaced to arrange, to improve the broken bag rate.In addition, on each cutterhead 220, can be provided with a plurality of blades 230, the plurality of blade 230 is circumferentially uniform along cutterhead 220 preferably, further to improve the broken bag rate.
Wherein, blade 230 can be articulated in cutterhead 220, thereby, when cutter shaft 210 rotation, under the effect of centrifugal force, the point of a knife of blade 230 will be along the radial finger of cutterhead 220 laterally.In other words, under the effect of centrifugal force, it is maximum that the circular motion track of point of a knife reaches.In addition, when blade 230 touches hard thing, the active force of hard thing will make blade 230 around its hinge rotation, thereby can dodge hard thing, avoid damaging blade 230 because of the collision of hard thing, also avoid causing cutter shaft 210 clamping stagnations because of hard thing jam blade 230.
Preferably, broken bag of the present invention mechanism 200 also comprises baffle plate 240, baffle plate 240 is arranged on the porch of feed hopper 100, thereby the inner space of feed hopper 100 is divided into to first and second portion, and cutter shaft 210 and cutterhead 220 are arranged on the inboard (being positioned at first) of baffle plate 240.The mass transport entered from feed hopper 100 is to baffle plate 240 outsides, and material is through the second portion of feed hopper 100.Baffle plate 240 is separated cutter shaft 210 and cutterhead 220 with material, make material can not contact with cutterhead 220 with cutter shaft 210, thus protection cutter shaft 210 and cutterhead 220.During cutter shaft 210 rotation, the part of the motion track of blade 230 is arranged in second portion (being baffle plate 240 outsides), and blade 230 can play broken bag effect (hereinafter this part being called to broken bag zone S) in this part.For this reason, be provided with on baffle plate 240 and allow blade 230 to reach the slotted eye 241 in second portion.When blade 230 moves to the position of corresponding baffle plate 240 slotted eyes 241, its point of a knife can reach in second portion, thereby can implement broken bag to the material that is positioned at baffle plate 240 outsides by point of a knife.When blade 230 moves to other positions, blade 230 is arranged in first's (being baffle plate 240 inboards), thereby can be by baffle plate 240 protection blades 230.In addition, when the hard thing of blade 230 contact and while dodging, blade 230 can be retracted into baffle plate 240 inboards, is conducive to protect blade 230.After dodging hard thing, blade 230 will automatically reset under the effect of centrifugal force, be returned to by the radial finger along cutterhead 220 laterally.
In addition, by above-mentioned baffle plate 240 is set, make in cutter shaft 210, cutterhead 220 and blade 230 and only have blade 230 to contact with material when stretching out by slotted eye 241, cutterhead 220 and cutter shaft 210 are isolated from material by baffle plate 240 all the time, even be wound with bar, banded material on blade 230, also can by baffle plate 240, be scraped at slotted eye 241 places.For preventing that better the bar in material, banded material from entering baffle plate 240 inboards by slotted eye 241, can dwindle as far as possible the width of slotted eye 241, make it just allow blade 230 to stretch out.
For the broken bag zone S that makes blade 230 is large as far as possible, can make the cross section of baffle plate 240 form arc, with by cutter shaft 210, cutterhead 220 envelopes in inboard.For example, the center of circle of the arc of baffle plate 240 does not overlap with the center of circle of cutterhead 220, and the radius of described arc is greater than the radius of cutterhead 220, and the two ends of arc are positioned at the outside along cutterhead 220 radial direction of the largest motion track of point of a knife.In addition, curved baffle 240 also helps the Flow of Goods and Materials that guiding is positioned at its outside.Preferably, the length of described slotted eye 241 can so that the movement locus of point of a knife 1/3～1/2 be positioned at broken bag zone S.In addition, the both sides of baffle plate 240 can have flanging 242, in order to play protective action along the axial direction of cutter shaft 210.
In addition, for guaranteeing to carry out broken bag before sorting, also for convenient, arrange and simplified structure, can take full advantage of the inner space of feed hopper 100, most of parts of broken bag of the present invention mechanism 200 are arranged in feed hopper 100.Wherein, cutter shaft 210 can arrange transverse to the importing direction of material, thereby once bag-shaped by blade 230, punctured, along under the effect of feed hopper 100 landings, tear the broken bag effect better at material.Particularly, cutter shaft 210 can arrange across feed hopper 100, and two ends for example, are connected to the sidewall 110 of feed hopper 100 by suitable connector (bearing).Thus, can be at one group of cutterhead of the interior horizontally set of feed hopper 100 220 and corresponding blade 230.Preferably, the inner chamber of feed hopper 100 has rectangular cross section, for example has the strip cross section, by the length direction along strip, arranges cutter shaft 210, can make material fully contact with blade 230.
Preferably, the two ends of cutter shaft 210 can be arranged on adjustable bearing block by bearing, thereby can regulate the position of cutter shaft 210, make cutter shaft 210 near or away from baffle plate 240, thereby the size of regulating broken bag zone S.
In addition, baffle plate 240 also can be fixed on the sidewall 110 of feed hopper 100, for example can be fixed to by two side edgefolds 242 of baffle plate 240 sidewall 110 of feed hopper 100.Particularly, on described flanging 242 and described sidewall 110, can be provided with corresponding installing hole, described flanging 242 can for example, be connected by the installed part through described installing hole (bolt) with described sidewall 110.
In addition, drive unit (for example motor) can be set at an end of cutter shaft 210, this drive unit can be connected to cutter shaft 210 by suitable transmission device 250.Wherein, drive unit and transmission device 250 can be arranged on the outside of feed hopper 100; transmission device 250 can be selected suitable type arbitrarily; for example can use belt transmission; effect with cushion load; the collision produced while avoiding hard thing through broken bag mechanism 200 is delivered to drive unit, thereby can protect drive unit.
By broken bag of the present invention mechanism 200, can before sorting, bag-shaped be broken, make material enter mechanism for sorting 300 with the form of scattering, improve separating effect.The materials such as plastics also can tear under the effect of broken bag mechanism 200, are difficult for stopping up the sieve aperture of mechanism for sorting 300.The surplus material can cut off by broken bag mechanism 200, avoids being wound around.
Mechanism for sorting
The present invention will be sorted through the material of broken bag mechanism 200 by mechanism for sorting 300, makes material discharge from the first discharge bucket 400 and the second discharge bucket 500 respectively according to size.
Mechanism for sorting 300 of the present invention can adopt suitable type and structure, as long as the size can be used according to material sorts.
In the preferred embodiment of the present invention, mechanism for sorting 300 can comprise sorting plate 310, and sorting plate 310 surrounds the transfer passage P of mechanism for sorting 300, is provided with a plurality of sieve apertures on sorting plate 310.Wherein, one end of sorting plate 310 is connected with feed hopper 100, the other end of sorting plate 310 is connected with the second discharge bucket 500, the entrance of the transfer passage P of mechanism for sorting 300 is communicated with the outlet of feed hopper 100, the outlet of the transfer passage P of mechanism for sorting 300 is communicated with the entrance of the second discharge bucket 500, and the bottom of sorting plate 310 arranges the first discharge bucket 400.Material is from feed hopper 100 enters the transfer passage P of mechanism for sorting, and size is less than the material of screen size by sieve aperture, and discharges from the first discharge bucket 400 that is positioned at sorting plate 310 belows; Size is greater than the material of screen size will be along the length direction of sorting plate 310 (from an end of sorting plate 310 towards the other end, be down transfer passage direction from left to right of Fig. 1 medium dip) mobile and discharge from the second discharge bucket 500 that is positioned at sorting plate 310 other ends, thus complete sorting.Wherein, be understandable that, the two ends of sorting plate 310 should be tightly connected with feed hopper 100 and the second discharge bucket 500 respectively, and the downside of sorting plate 310 should be tightly connected with the first discharge bucket 400.
Preferably, the end that sorting plate 310 is communicated in feed hopper 100 from it is downward-sloping towards the other end, to utilize the material self gravitation, promotes material to move along sorting plate 310, makes the discharging undertaken by the second discharge bucket 500 more smooth and easy.Accordingly, the height of the second discharge bucket 500 is lower than feed hopper 100.Preferably, the bearing of trend of sorting plate 310 is 10～20 ° with respect to the inclination angle of horizontal direction.
In addition, for make material as far as possible along the distribution of the width of sorting plate 310 to take full advantage of each sieve aperture on sorting plate 310, thereby sorting plate 310 indent inner wall surface thereof are inner sunken face.For example, sorting plate 310 is the semicircle tubular, and its cross section can comprise outstanding arc downwards.Thus, the screening area change in sorting plate 310, material can carry out sufficient cross direction profiles under the effect of described curved surface, takes full advantage of each sieve aperture on sorting plate 310, has improved sorting efficiency.
Preferably, mechanism for sorting 300 of the present invention can also comprise pendulum rake device 320, this pendulum rake device 320 comprises pendulum rake, pendulum rake is for also making the width reciprocally swinging of material along sorting plate 310 in the process that material is moved along sorting plate 310, namely make material under the toggle action of pendulum rake when the length direction along sorting plate 310 moves also the width along sorting plate 310 move, finally make the material ground that wriggles in sorting plate 310 move to the other end from an end.That is to say, material moves back and forth along the width of sorting plate 310 on the one hand, and the length direction along sorting plate 310 moves on the other hand.In the sinuous moving process of material, material can move through the whole working face of sorting plate 310, takes full advantage of the sieve aperture on sorting plate 310, makes the tiny material in material pass through and discharge from the first discharge bucket 400 from sieve aperture fully, thereby make sorting more thorough, better effects if.In addition, the material made in sorting plate 310 of stirring of pendulum rake acutely stirs, and has further improved sorting efficiency.
For the above-mentioned sorting plate 310 with curved surface (particularly cross section comprises arc), with pendulum rake device 320, coordinate sorting can obtain best effect.The whole working face of the cylindrical portions that for this reason, pendulum rake device 320 can be designed to make pendulum rake can sweep sorting plate 310.Particularly, pendulum rake device 320 comprises pendulum rake axle 321, and pendulum rake is arranged on pendulum rake axle 321, and pendulum rake axle 321 is arranged on the central axis of cylindrical portions, through the center of circle of the arc of the cross section of sorting plate 310, and the radius of the length of pendulum rake and described arc is roughly the same.Thus, by rotation pendulum rake axle 321, pendulum rake can swing back and forth with 321 rotations of pendulum rake axle, realizes stirring.Wherein, pendulum rake axle 321 can for example, drive and install in position by suitable driver part (motor), and for example the two ends of pendulum rake axle 321 can be connected to feed hopper 100 and the second discharge bucket 500 by bearing.
Pendulum rake of the present invention can adopt various suitable structures, swings back and forth as long as can be arranged on pendulum rake axle 321, thereby realizes that the function of material toggling, lifting gets final product.Preferably, pendulum rake of the present invention comprises installation portion and be arranged on the arm on this installation portion, and described installation portion is provided with installing hole, for being arranged on pendulum rake axle 321, for example can form tabularly, and described arm can form the triangular prism shape.Wherein, the cross section of arm is preferably isosceles triangle, and its summit is towards the outlet of the transfer passage of mechanism for sorting 300.Thus, when pendulum rake swings back and forth, the inclined-plane at two waist places of isosceles triangle will produce along the power of the direction perpendicular to inclined-plane material, this power can be decomposed into the longitudinal force of the length direction that is parallel to sorting plate 310 and be parallel to the cross force of the width of sorting plate 310, makes material also advance along the width of sorting plate 310 when the length direction along sorting plate 310 advances.
In addition, preferably, for the curved surface (particularly cross section comprises arc) that mates sorting plate 310, the bottom of the arm of pendulum rake forms the shape that the curved surface with sorting plate 310 is complementary.For example, when sorting plate 310 has the curved surface that cross section is arc, the bottom of the arm of pendulum rake also forms corresponding curved surface, and the arc size in the cross section of this curved surface can be less than the size of arc of the cross section of sorting plate 310, but radial dimension mates mutually.Thus, during swing, fitting with sorting plate 310 basically in the bottom of pendulum rake, has eliminated the gap between pendulum rake and sorting plate 310, avoided material to enter this gap and worn and torn pendulum rake and sorting plate 310.
In addition, pendulum rake can comprise various structures and be combined with.For example, in embodiments of the present invention, pendulum rake comprises single armed pendulum rake 322 and both arms pendulum rake 323, axially single armed pendulum rake 322 and both arms pendulum rake 323 can respectively be set along pendulum rake axle 321, and make two arms of both arms pendulum rake 323 be positioned at single armed pendulum rake 322 both sides, preferably make two arms of both arms pendulum rake 323 be symmetrically located at the both sides of adjacent single armed pendulum rake 322, about single armed pendulum rake 322 and pendulum rake axle 321 formed plane symmetries.Thus, can be along pendulum rake axle 321 axially stir continuously material.Particularly, when two arms of both arms pendulum rake 323 sweep respectively the two ends of a part of arc-shaped cross-section of sorting plate 310, these two arms can be stirred the material at this place, and two the single armed pendulum rakes 322 adjacent with these both arms pendulum rake 323 front and back can be stirred material in the middle part of the arch section of cross section before and after it.By suitable swing speed is set, and between adjacent single armed pendulum rake 322 and both arms pendulum rake 323, suitable spacing is set, basically can realize stirring continuously material along pendulum rake axle 321, avoid stirring the inhomogeneous problems such as accumulation that cause of speed because of material.Wherein, each both arms pendulum rake 323 can be set to identical position to, be arranged in parallel, same, each single armed pendulum rake 322 also can be arranged in parallel.
Obviously, both arms pendulum rake 323 is larger than the amplitude of stirring of single armed pendulum rake 322, and turning over materials is more violent.Therefore, near the second discharge bucket 500, for the ease of discharging, can make the pendulum rake adjacent with the second discharge bucket 500 be set to single armed pendulum rake 322, so as not to by material turning, kick up too much, thereby can improve discharging speed.On the contrary, for the speed away position be connected with feed hopper 100 of mechanism for sorting 300 of the material that makes to enter mechanism for sorting 300, can make the pendulum rake adjacent with feed hopper 100 be set to both arms pendulum rake 321, advance along sorting plate 310 to stir rapidly material, avoid being deposited in this position.
In addition, according to the preferred embodiment of the present invention, sorting plate 310 comprises that two length directions along sorting plate 310 be arranged in parallel and interconnective sorting plate part 311, and each sorting plate part 311 comprises the bottom of outstanding curve form downwards.Thus, sorting plate 310 can form and have two continuous curved surfaces.In other words, one protruding 310a is formed on the bottom of sorting plate 310, this projection 310a is far below the both lateral sides of sorting plate 310, this projection 310a is divided into transfer passage P two grooves and sorting plate 310 is divided into to two sorting plate parts 311, and these two grooves are set up in parallel and are interconnected along the length direction of sorting plate 310 is parallel.Preferably, the cross section of each sorting plate part 311 comprises curved portions.That is to say, the cross section of sorting plate 310 has two continuous curved portions, and these two curved portions preferably intersect and arrange at described protruding 310a.
Correspondingly, pendulum rake device 320 also can comprise two pendulum rake axles 321 and be arranged on a plurality of pendulum rakes on each pendulum rake axle 321, the axis of described two pendulum rake axles 321 passes respectively the center of circle of the curved portions of described two sorting plate parts 311, to stir material by the pendulum rake on each pendulum rake axle 321 in corresponding sorting plate part 311 respectively.Wherein, for avoiding two pendulum rakes on pendulum rake axle 321, mutually interfere, preferably make two pendulum rakes on pendulum rake axle 321 be set by the same position.
Preferably, as shown in Figure 8 and Figure 9, the position of an end that is positioned at sorting plate 310 outsides of each curved portions is higher than the position of the other end of this curved portions.In addition, preferably, two sorting plate parts 311 are symmetrical arranged about the width centreline of sorting plate 310.In addition, can make pendulum rake swing to the position crossing higher than curved portions, preferably make the hunting range of pendulum rake be greater than the arc length of curved portions, thus, the pendulum rake of a corresponding sorting plate part 311 can swing in another sorting plate part 311, and material is laterally toggled it to another sorting plate part 311 from a sorting plate part 311.By this layout, further increased the mobile distance of material, be conducive to the material Uniform Flow and increase the area that paves.In addition, when material by pendulum rake when a sorting plate part 311 toggles it to another sorting plate part 311, pendulum rake plays the lifting effect, is conducive to material and touches the higher part in position in sorting plate 310, thereby take full advantage of the sieve aperture in the higher part in this position, improved the sorting effect.In addition, in conjunction with the sorting plate 310 be obliquely installed, when material is kicked up by pendulum rake, along the bearing of trend of sorting plate 310, drop point ratio a little more close the second discharge bucket 500 of kicking up, make discharging more smooth and easy.In addition, adopt the sorting plate 310 with two continuous curved portions, can reduce the radius of curved portions, also reduced thus the length of required pendulum rake, make 320 miniaturizations of pendulum rake device.
In addition, on the correspondence position of two pendulum rake axles 321 can be single armed pendulum rake 322 or both arms pendulum rake 323.Particularly, for a pendulum rake axle 321 in two pendulum rake axles 321, with the one end, on the position of d, single armed pendulum rake 322 being set, corresponding, on the position of d, (preferably) single armed pendulum rake 322 or both arms pendulum rake 323 can be set in the respective ends with another pendulum rake axle 321.Be understandable that, also can on the correspondence position of two pendulum rake axles 321, pendulum rake be set, when one in two pendulum rake axles 321 be provided with pendulum rake with the one end on the position of d, and on the relevant position of another one, pendulum rake can be set.Preferably, the position of the pendulum rake on two pendulum rake axles 321 is to unanimously, and two pendulum rake axles 321 synchronously drive, thereby two pendulum rakes on pendulum rake axle 321 are synchronously swung.That is to say, when the single armed pendulum rake 322 on a pendulum rake axle 321 is positioned at the bottom of curved portions of corresponding sorting plate part 311, the single armed pendulum rake 322 on another pendulum rake axle 321 also is positioned at the bottom of the curved portions of corresponding sorting plate part 311.
Preferably, as shown in Figure 6 and Figure 7, drive unit is drive motors 324, and transmission device is six-bar mechanism, comprises crank and rocker mechanism ABCD and the parallel-crank mechanism DCEF of series connection.Crank and rocker mechanism comprises crank AB, first connecting rod BC and the first rocking bar CD, parallel-crank mechanism comprises the first rocking bar CD, second connecting rod CE and the second rocking bar EF, crank and rocker mechanism ABCD and parallel-crank mechanism DCEF are by the first rocking bar CD series connection, crank AB is connected with the rotating shaft of drive motors 324 in the A point, the first rocking bar CD is fixing in D point and pendulum rake axle 321, and the second rocking bar EF is fixing in F point and pendulum rake axle 321.Thus, when drive motors 324 starts, drive motors 324 drives crank AB and rotates, and makes parallel-crank mechanism DCEF motion, drives two pendulum rake axles 321 and synchronously rotates, and then two pendulum rakes on pendulum rake axle 321 are synchronously swung.
Mechanism for sorting 300 also is provided with for the top cover 330 from top capping sorting plate 310 and pendulum rake device 320, with the material of avoiding pendulum rake device 320 to stir, disperses.
Wherein, for convenience of arranging, for example avoid interfering with broken bag mechanism 200, the connecting rod of pendulum rake device 320 326 and fork 327 can be arranged in connection second discharge bucket 500 of sorting plate 310, drive motors 324 can be arranged on top cover 330.
In addition, when using sorter sorting rubbish (particularly changing food waste) material of the present invention, bulky material is the follow-up Litter that carries out landfill.But, may be stained with the useful materials such as grease on bulky material, during sorting, the useful material of these adhesions will be discharged from the second hopper 500 with bulky material, cause resources loss.In addition, when material is bonded together because being stained with grease etc., can be unfavorable for because viscosity is large the material toggling of pendulum rake.For this reason, pendulum rake device 320 of the present invention can also comprise the spray unit, described spray unit can comprise conduit 328 and the shower nozzle 329 be communicated with described conduit 328, described pendulum rake axle 321 has hollow parts 321a and the conduit socket 321b be communicated with described hollow parts and mouth spray 321c, described conduit 328 stretches into described hollow parts 321a from described conduit socket 321b, and described shower nozzle 329 stretches out from described mouth spray 321b.
Thus, can provide hot water by 328 pairs of shower nozzles 329 of conduit, with by the heat water-spraying to material, make the utility of adhesion rinse and collect the first hopper 100 by sieve aperture from bulky material, thereby can in subsequent treatment, be recycled utilization.Wherein, hot water can provide by the thermal water source who is communicated with conduit 328.Obviously, the pendulum rake device of axle or the pendulum rake device of double pendulum rake axle can be harrowed for single pendulum in this spray unit.
In addition, preferably make described conduit socket 321b be positioned at an end of described pendulum rake axle 321, described mouth spray 321c and described shower nozzle 329 are a plurality of and axial arranged along described pendulum rake axle 321.Thus, can be so that arrange conduit 328 and the thermal water source who is communicated with conduit 328.And, can axially being sprayed in a plurality of positions along pendulum rake axle 321.More preferably, described a plurality of mouth spray 321c axially uniformly-spaced arranging along described pendulum rake axle 321.
In addition, because sorting plate 310 is tilted to down towards the second discharge bucket 500, material is not yet acutely stirred at an end of the close feed hopper 100 of sorting plate 310, and the adhesion of material is also not obvious, and the viscosity of material is not high, easily by pendulum rake, stirs.Therefore, can only on the part corresponding with the part near the second discharging 500 of sorting plate 310 of pendulum rake axle 321, mouth spray 321c and shower nozzle 329 be set.For example, conduit socket 321b be positioned at described pendulum rake axle 321 near an end of the second discharge bucket 500, from this end, the part that is provided with mouth spray 321c and shower nozzle 329 account for pendulum rake axle 321 length 1/2 to 2/3.
In addition, mouth spray 321c is towards sorting plate 310, to spray towards sorting plate 310.
In addition, mouth spray 321c can be arranged between pendulum rake.Wherein, in the situation that single armed pendulum rake 322 setting alternate with both arms pendulum rake 323, for avoiding interfering, mouth spray 321c can be arranged between adjacent single armed pendulum rake 322 and both arms pendulum rake 323 and close both arms pendulum rake 323.
Wherein, be understandable that, when pendulum rake axle 321 rotates, mouth spray 321c and shower nozzle 329 also rotate, and cause spraying direction and also rotate together, thus can be along the width spray material of sorting plate 310.
Preferably, the spray regime of shower nozzle 329 is sector region, and spray regime refers to the spray regime of shower nozzle 329 self herein, supposes that shower nozzle 329 is fixing, the scope of the water that shower nozzle 329 sprays.In the situation that the cross section of sorting plate 310 has spikes/low-points, for example sorting plate 310 or sorting plate part 311 have in the situation of arc-shaped cross-section, more preferably, the spray regime of shower nozzle 329 makes its spray scope can cover the whole cross section of sorting plate 310.Herein, the spray scope refers to the scope that water that shower nozzle 329 sprays when rotating covers.
Preferably, for ease of stretching into hollow parts 321a and rotating with pendulum rake axle 321, conduit 328 can have flexibility, for example adopts flexible pipe.
The first discharge bucket
The first discharge bucket 400 is positioned at the below of sorting plate 310, and the two ends of the first discharge bucket 400 are connected with the sealed at both ends of sorting plate 310 respectively, thereby collects along the length direction of sorting plate 310 the small size material fallen by sieve aperture.
For accelerating and guiding material whereabouts, can make the first discharge bucket 400 form the shape of downward contraction.
The second discharge bucket
As mentioned above, feed hopper 100 is positioned at an end of sorting plate 310, and the second discharge bucket 500 is positioned at the other end of sorting plate 310 and is tightly connected with this other end.
For accelerating and guiding material whereabouts, can make the second discharge bucket 500 form the shape of downward contraction.
Frame 600
Each functional part of the present invention can be supported on frame 600, and frame 600 can adopt various suitable structures, as long as can be convenient to, associated components is installed and is played a supporting role.In the illustrated embodiment, frame 600 can comprise side lever 610 and the cross bar 620 that is connected side lever 610, and side lever 610 can be supported on the two ends of sorting plate 310.
According to a further aspect in the invention, also provide a kind of changing food waste processing method, comprise and carry out successively following steps: broken bag breaks the satchel in changing food waste; And sorting, for the changing food waste after broken bag, sorted.
Wherein, can adopt suitable device or mechanism to implement broken bag and sorting, for example can implement broken bag and sorting with sorter of the present invention.
In addition, described separation step can adopt single pendulum rake sorting or the sorting of double pendulum rake, adopts the mechanism for sorting 300 that has the mechanism for sorting 300 of a pendulum rake axle 321 or have two pendulum rake axles 321 to be sorted.
Below describe by reference to the accompanying drawings the preferred embodiment of the present invention in detail; but; the present invention is not limited to the detail in above-mentioned embodiment; in technical conceive scope of the present invention; can carry out multiple simple variant to technical scheme of the present invention, these simple variant all belong to protection scope of the present invention.
It should be noted that in addition each the concrete technical characterictic described in the above-mentioned specific embodiment, in reconcilable situation, can be combined by any suitable mode.For fear of unnecessary repetition, the present invention is to the explanation no longer separately of various possible combinations.
In addition, between various embodiment of the present invention, also can carry out any combination, as long as it is without prejudice to thought of the present invention, it should be considered as content disclosed in this invention equally.
Claims (7)
1. the mechanism of the broken bag for changing food waste, it is characterized in that, described broken bag mechanism (200) comprises cutter shaft (210), cutterhead (220) and blade (230), described cutterhead (220) is arranged on described cutter shaft (210), described blade (230) is arranged on described cutterhead (220), described broken bag mechanism (200) comprises baffle plate (240), described cutter shaft (210) and described cutterhead (220) are arranged on the inboard of described baffle plate (240), have on described baffle plate (240) and allow described blade (230) to reach the slotted eye (241) in described baffle plate (240) outside.
2. broken bag according to claim 1 mechanism, wherein, described cutterhead (220) is a plurality of and spaced along the length direction of described cutter shaft (210).
3. broken bag according to claim 2 mechanism, wherein, described blade (230) is a plurality of and circumferentially uniform along described cutterhead (220).
4. broken bag according to claim 2 mechanism, wherein, described blade (230) is hinged with described cutterhead (220).
5. broken bag according to claim 1 mechanism, wherein, the cross section of described baffle plate (240) is arc.
6. broken bag according to claim 5 mechanism, wherein, the center of circle of described arc does not overlap with the center of circle of described cutterhead (220), and the radius of described arc is greater than the radius of described cutterhead (220).
7. broken bag according to claim 1 mechanism, wherein, the both sides of described baffle plate (240) have flanging (242).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012101957641A CN102688797B (en) | 2012-06-14 | 2012-06-14 | Bag breaking mechanism for kitchen waste |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012101957641A CN102688797B (en) | 2012-06-14 | 2012-06-14 | Bag breaking mechanism for kitchen waste |
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| CN102688797A CN102688797A (en) | 2012-09-26 |
| CN102688797B true CN102688797B (en) | 2013-12-11 |
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| CN104907315B (en) * | 2015-05-27 | 2017-10-31 | 北京世纪国瑞环境工程技术有限公司 | A kind of Novel kitchen rubbish automatically breaks band and medium separator |
| CN105728130B (en) * | 2016-05-17 | 2017-12-08 | 滕文彪 | A kind of full-automatic kitchen and bath's garbage disposer |
| CN106612878A (en) * | 2016-11-21 | 2017-05-10 | 福建农林大学 | Double-swing comb-shaped vibrating-sieve peanut harvester and using method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP4669136B2 (en) * | 2001-02-14 | 2011-04-13 | 株式会社タスク | Bag-breaking equipment |
| CN2799076Y (en) * | 2004-07-15 | 2006-07-26 | 北京中关盛科技发展有限责任公司 | Bag breaker |
| JP2006218468A (en) * | 2005-02-09 | 2006-08-24 | Technica Machinery Kk | Bag tearing machine |
| CN200948436Y (en) * | 2006-07-26 | 2007-09-19 | 郑九洲 | Garbage bag breaking machine |
| CN201439395U (en) * | 2009-06-22 | 2010-04-21 | 北京昊业怡生科技有限公司 | Bag-breaking machine |
| CN201632297U (en) * | 2010-03-15 | 2010-11-17 | 杨辉 | Household garbage bag-breaking machine |
| CN202238212U (en) * | 2011-08-29 | 2012-05-30 | 中国中材国际工程股份有限公司 | Rubbish bag breaking device for conveying device |
| CN202606232U (en) * | 2012-06-14 | 2012-12-19 | 长沙中联重科环卫机械有限公司 | Bag breaking mechanism for kitchen rubbish |
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Address after: 410000 Hunan province Changsha hi tech Development Zone, Lin Yulu No. 288 Patentee after: Changsha ZOOMLION Environmental Industry Co., Ltd. Address before: 410013 Changsha province high tech Development Zone, No. 307 South Road, silver basin Patentee before: Environmental & Sanitation Machinery Branch of Changsha Zoomlion Heavy Industry Science & Technology |
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Application publication date: 20120926 Assignee: Ying Feng environmental technology group Limited by Share Ltd Assignor: Changsha Zhonglian Chongke Environmental Industry Co., Ltd. Contract record no.: X2019430000005 Denomination of invention: Bag breaking mechanism for kitchen waste Granted publication date: 20131211 License type: Common License Record date: 20191105 |