CN201728224U - Household refuse treatment device - Google Patents
Household refuse treatment device Download PDFInfo
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- CN201728224U CN201728224U CN2010201639147U CN201020163914U CN201728224U CN 201728224 U CN201728224 U CN 201728224U CN 2010201639147 U CN2010201639147 U CN 2010201639147U CN 201020163914 U CN201020163914 U CN 201020163914U CN 201728224 U CN201728224 U CN 201728224U
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Abstract
A household refuse treatment device is characterized by comprising a framework, a primary cutter, a secondary cutter, a drum screening machine, a vibrating screen, magnetic conveyors, air scoop separators and a coarse pneumatic separation device. A discharge outlet of the primary cutter is connected with a feed hopper of the secondary cutter via a belt conveyor, a discharge outlet at the lower end of the secondary cutter is arranged corresponding to an inlet of the drum screening machine through a feeder, the drum screening machine is mounted obliquely, the vibrating screen is mounted under the drum screening machine obliquely, a lower-end outlet of the vibrating screen is arranged corresponding to inlets of the magnetic conveyors, the air scoop separators are mounted at outlets of the magnetic conveyors, and a lower-end outlet of the drum screening machine is arranged corresponding to a coarse feed hopper of the coarse pneumatic separation device. The household refuse treatment device has the advantages of fine separation effect, high separation efficiency, no blockage and high treatment capacity.
Description
Technical field
The utility model relates to a kind of domestic garbage comprehensive treating apparatus.
Background technology
The treating apparatus of prior art is bad to the separating effect of house refuse, especially stops up easily when sieving, and therefore influences treatment effect and treatment effeciency.
Summary of the invention
The utility model aims to provide a kind of domestic garbage disposer, and is bad to solve the separating effect that prior art exists, and stops up easily when sieving and influence the problem of treatment effect and treatment effeciency.
The technical solution of the utility model is: comprise frame, cutting machine, secondary cut machine, rotary screen extension set, vibratory sieve, magnetic conveyor, wind scoop separator and a coarse fodder wind-force separator, the discharging opening of a cutting machine is connected by the feed hopper of belt conveyor with the secondary cut machine, and the discharging opening of secondary cut machine lower end is by the inlet corresponding setting of feeding machine with the rotary screen extension set that tilts to install; Tilt to install vibratory sieve below this rotary screen extension set, the low side outlet of this vibratory sieve and the corresponding setting of inlet of magnet separator are equipped with the wind scoop separator in the outlet of this magnet separator; In the low side outlet of described rotary screen extension set and the corresponding setting of coarse fodder feed hopper of coarse fodder wind-force separator; A described cutting machine, secondary cut machine, rotary screen extension set and vibratory sieve are installed on the frame respectively.
A described cutting machine and secondary cut machine comprise shell, cutting knife, slitter shaft, cutting motor, transmission mechanism and described feed hopper, slitter shaft is rotatably installed in the shell, the cutting knife of several vane types radially is housed on slitter shaft, and an end of this slitter shaft is in transmission connection by transmission mechanism and cutting motor; Feed hopper is equipped with in upper end at this shell; The cutting knife density of described secondary cut machine is greater than the cutting knife density of a cutting machine.
Described rotary screen extension set comprises screen drum, bull gear, wheel band, support roller, roller frame, baffle plate, driving gear and drive motors, and two pairs of support rollers are installed in the roller frame upper end, and roller frame and described frame are fixed; Respectively be provided with the wheel band at the two ends of screen drum, each is taken turns band and is supported on a pair of described support roller; Outer peripheral face at screen drum is equipped with bull gear, the driving gear engagement on the output shaft of this bull gear and drive motors, and this drive motors is installed on the described frame; Be provided with the baffle plate of herringbone below this screen drum, the lower end of baffle plate is top corresponding with described vibratory sieve.
Described vibratory sieve is provided with ground floor compass screen surface and second layer compass screen surface, and the low side of each this compass screen surface inlet with a magnetic conveyor respectively is corresponding, is respectively equipped with a wind scoop separator in the outlet of each this magnetic conveyor.
Described first compass screen surface is with crisscross the making of mao bamboo sheet of wide 40mm, long 2000mm, thick 5mm, and mesh size is 40 * 40mm, and the area of compass screen surface is 2000mm * 1500mm; Described second compass screen surface is with crisscross the making of mao bamboo sheet of wide 20mm, long 2000mm, thick 5mm, and mesh size is 10 * 10mm, and the area of compass screen surface is identical with first compass screen surface.
Described wind scoop separator comprises case, feed hopper, blower fan, first discharging opening, second discharging opening and the 3rd discharging opening, on an end of columnar case, feed hopper and blower fan are housed respectively with end face, the other end at case is provided with circular cone reducing shape and reclinate the 3rd discharging opening, be provided with first discharging opening and second discharging opening below this case middle part, this first discharging opening is adjacent with described blower fan.
Described coarse fodder wind-force separator comprises airduct seperator and roller separation machine, and this airduct seperator comprises airduct blower fan and airduct; This roller separation machine comprises cylinder blower fan, feeder, cylindrical shell, cylindrical shell drive motors, driving gear, cylindrical shell bull gear, cylindrical shell support roller, cylindrical shell wheel band, case, connection support, spiral plate and described coarse fodder feed hopper, the lower end of coarse fodder feed hopper is connected with feeder with the feed end of airduct respectively by standpipe, this airduct is horizontally set on the middle part of standpipe, at the feed end of this airduct the airduct blower fan is housed; Be located at cylindrical shell and be supported on respectively on two pairs of cylindrical shell support rollers near two cylindrical shells wheel bands on the outer peripheral face at two ends, an end of this cylindrical shell charging and an end of described feeder are rotationally connected, and at the other end of this feeder the cylinder blower fan are housed; This cylindrical shell other end is connected support with one a end is rotationally connected, this other end that connects support docks with an end of case, the other end at this case is provided with reducing and reclinate second discharging opening, below this connection support, be provided with first discharging opening, be provided with spiral plate in the inboard of this cylindrical shell; Be provided with the cylindrical shell bull gear on the outer peripheral face of this cylindrical shell, the driving gear on this cylindrical shell bull gear and the cylindrical shell drive motors output shaft is meshing with each other; Described support roller, feeder, connection support and cylindrical shell drive motors are installed on the support or on the described frame.
The step ladder is provided with guardrail on the top of this frame on described frame.
Described magnetic conveyor is made up of support, power set, drive roll, magnetic drum, transport tape and backing roll, drive roll and magnetic drum difference rotational support are at the two ends of support, the transport tape of annular is sleeved between this drive roll and the magnetic drum, below this transport tape upper and lower a plurality of backing rolls is housed all; This drive roll and power set are in transmission connection, and the top of this drive roll is the inlet of this magnetic conveyor.
The beneficial effects of the utility model are: utilize cutting machine and secondary cut machine that rubbish is torn, draws, twists, cuts, reach the purpose that broken bag, cutting are decomposed, be beneficial to follow-up separation; Utilize rotary screen extension set, vibratory sieve, magnetic conveyor, wind scoop separator and the Multiple Combination of coarse fodder wind-force separator to separate, to the good separating effect of house refuse, the separative efficiency height particularly utilizes the cylinder screening not stop up, and has improved treating capacity greatly; Vibratory sieve adopts two-layer compass screen surface, and the mesh classification that utilizes bamboo chip to constitute different size separates, and has smooth, the mobile advantage of soon, not stopping up mesh, effective separation of organic substances.
Description of drawings
Fig. 1 is a general structure schematic diagram of the present utility model;
Fig. 2 is the left view of Fig. 1;
Fig. 3 be of the present utility model once, the structure chart (the A-A cutaway view of Fig. 2) of secondary cut machine;
Fig. 4 is the C-C cutaway view (revolve and turn 90 degrees) of Fig. 3;
Fig. 5 is the structure chart (the B-B cutaway view of Fig. 1) of roller separation machine of the present utility model;
Fig. 6 is the structure chart of two wind scoop separators of the present utility model;
Fig. 7 is the sectional structure chart of the feeder of the utility model roller separation machine;
Fig. 8 is the vertical view of vibratory sieve.
Description of reference numerals: 1, a cutting machine, 2, belt conveyor, 3, feed hopper, 4, the secondary cut machine, 5, feeding machine, 6, the rotary screen extension set, 7, the motor that has decelerator, 8, bull gear, 9, the wheel band, 10, support roller, 11, roller frame, 12, baffle plate, 13, vibratory sieve, 14, the ground floor compass screen surface, 15, second layer compass screen surface, 16, first magnetic conveyor, 17, second magnetic conveyor, 161, magnetic drum, 162, drive roll, 163, transport tape, 18, the first wind scoop separator, 19, feed hopper, 20, blower fan, 21, first discharging opening, 22, second discharging opening, 23, case, 24, the 3rd discharging opening, 25, the second wind scoop separator, 30, the coarse fodder feed hopper, 31, the airduct blower fan, 32, airduct, 33, feeder, 34, cylindrical shell, 35, cylindrical shell drive motors (band decelerator), 36, the cylindrical shell bull gear, 37, the cylindrical shell support roller, 38, cylindrical shell wheel band, 39, case, 40, first discharging opening, 41, connect support, 42, second discharging opening, 43, the step ladder, 44, guardrail, 45, cutting knife, 46, spiral plate, 47, driving gear, 48, slitter shaft, 49, transmission mechanism, 50, the dynamo-electric machine of secondary cut, 51, the shell of secondary cut machine, 52, secondary cut machine belt pulley, 53, the horizontal bamboo chip of vibratory sieve compass screen surface, 54, vertical bamboo chip of vibratory sieve compass screen surface, 55, screw, 56, the cylinder blower fan, 57, the feeder housing, 58, the inlet of feeder, 59, the feeding funnel of feeder, 60, standpipe, 61, ferrous metal is collected box (locating).
The specific embodiment
Referring to Fig. 1～Fig. 8, the utility model comprises frame 0, cutting machine 1, belt conveyor 2, secondary cut machine 4, rotary screen extension set 6, vibratory sieve 13, first magnetic conveyor 16, second magnetic conveyor 17, the first wind scoop separator 18, the second wind scoop separator 25 and a coarse fodder wind-force separator.Frame 0 is two-layer n shape frame structure, all is provided with guardrail 44 on each layer frame, between the top layer of frame and intermediate layer and be equipped with step ladder 43 between intermediate layer and the bottom surface.A described cutting machine 1 is installed in the top layer of frame 0; Rotary screen extension set 6 is installed in the intermediate layer of frame 0; Rotary screen extension set 6, vibratory sieve 13, first magnetic conveyor 16, second magnetic conveyor 17, the first wind scoop separator 18, the second wind scoop separator 25 and all the other equipment of coarse fodder wind-force separator are installed in the bottom of frame.
A cutting machine 1 that is provided with (can be connected with frame 0 separately, also can be arranged separately on ground or other frames) discharging opening is connected with the feed hopper 3 of secondary cut machine 4 by belt conveyor 2, the discharging opening of secondary cut machine 4 lower ends is by the corresponding setting of inlet of the rotary screen extension set 6 of feeding machine 5 and inclination installation.Tilt to install the ground floor compass screen surface 14 and the second layer compass screen surface 15 of vibratory sieve 13 below this rotary screen extension set 6, this ground floor compass screen surface 14 is positioned at the top of second layer compass screen surface 15.The outlet of the low side of this ground floor compass screen surface 14 and second layer compass screen surface 15 (is located at opposite two jiaos of two compass screen surfaces respectively, stagger mutually, referring to Fig. 8) respectively with the corresponding setting of inlet of first magnetic conveyor 16, second magnetic conveyor 17, in the outlet of this first magnetic conveyor 16, second magnetic conveyor 17 the first wind scoop separator 18 and the second wind scoop separator 25 are housed respectively.In the low side outlet of described rotary screen extension set 6 and the coarse fodder feed hopper 30 corresponding settings of coarse fodder wind-force separator.
Referring to Fig. 1, Fig. 3 and Fig. 4, a described cutting machine and secondary cut machine 4 comprise shell 51, cutting knife 45, slitter shaft 48, cutting motor 50, transmission mechanism 49 and described feed hopper 3, slitter shaft 48 is rotatably installed in the shell 51, (on slitter shaft 48, be provided with many group cutting knifes at the cutting knife 45 that several vane types radially are housed on the slitter shaft 48, each group is uniform vertically, every group of four cutting knifes 45 are uniformly distributed along the circumference), this slitter shaft 48 is in transmission connection by belt gear 49 (comprising belt pulley 52) and cutting motor 50; In the upper end of this shell 51 feed hopper 3 is housed.One time cutting machine 1 is the same on function with secondary cut machine 4, and certain difference is just structurally arranged: a cutting machine 1 uniform 4 groups of cutting knifes on cutter shaft; Secondary cut machine 4 is uniform 6 groups of cutting knifes on cutter shaft.
The cutting knife density of a described cutting machine is greater than the cutting knife density of secondary cut machine,
Referring to Fig. 1 and Fig. 2, described rotary screen extension set 6 comprises that screen drum 61, bull gear 8, wheel are with 9, support roller 10, roller frame 11, baffle plate 12, driving gear 62 and drive motors 7, two pairs of support rollers 10 are installed in roller frame 11 upper ends, and roller frame 11 is fixed with the intermediate layer of described frame 0.Respectively be provided with wheel at the two ends of screen drum 61 and be with 9, each is taken turns and is with 9 to be supported on a pair of described support roller 10.Outer peripheral face at screen drum 61 is equipped with bull gear 8, driving gear 62 engagements on the output shaft of this bull gear 8 and drive motors 7, and this drive motors 7 is installed on the described frame 0.Be provided with the baffle plate 12 of herringbone below this screen drum 61, the lower end of baffle plate 12 is corresponding with the upper end of described vibratory sieve 13.
Referring to Fig. 8, the wide 40mm of first compass screen surface, 14 usefulness of described vibratory sieve 13, crisscross the making of mao bamboo sheet of long 2000mm, thick 5mm, horizontal bamboo chip 53 is fixed with vertical bamboo chip 54 square crossings, below the frame of each compass screen surface and several horizontal bamboo chips 53 at interval, fix (not shown) with angle bar, fixing between bamboo chip and the angle bar with screw 55.Mesh size is 40 * 40mm, and the area of compass screen surface is 2000mm * 1500mm; Crisscross the making of mao bamboo sheet (connected mode is same as described above) of the wide 20mm of described second compass screen surface, 15 usefulness, long 2000mm, thick 5mm, mesh size is 10 * 10mm, the area of compass screen surface is identical with first compass screen surface 14.
Described first, second wind scoop separator 18 is identical with 25 structure, comprise case 23, feed hopper 19, blower fan 20, first discharging opening 21, second discharging opening 22 and the 3rd discharging opening 24, on an end of columnar case 23, feed hopper 19 and blower fan 20 are housed respectively with end face, the other end at case 23 is provided with circular cone reducing shape and reclinate the 3rd discharging opening 24, be provided with first discharging opening 21 and second discharging opening 22 below these case 23 middle parts, this first discharging opening 21 is adjacent with described blower fan 20.First, second wind scoop separator 18 is corresponding with the outlet of first magnetic conveyor 16, second magnetic conveyor 17 respectively with 25 feed hopper 19.
Referring to Fig. 1 and Fig. 5, described coarse fodder wind-force separator comprises airduct seperator and roller separation machine, and this airduct seperator comprises airduct blower fan 31 and airduct 32; This roller separation machine comprises that cylinder blower fan 56, feeder 33, cylindrical shell 34, cylindrical shell drive motors 35, driving gear 47, cylindrical shell bull gear 36, cylindrical shell support roller 37, cylindrical shell wheel are with 38, case 39, connect support 11, spiral plate 46 and described coarse fodder feed hopper 30, and the lower end of coarse fodder feed hopper 30 is connected with the feed end of airduct 32 and the inlet of feeder 33 respectively by standpipe 60.This airduct 32 is horizontally set on the middle part of standpipe, at the feed end of this airduct 32 airduct blower fan 31 is housed; Be located at cylindrical shell 34 and be with 38 to be supported on respectively on two pairs of cylindrical shell support rollers 37 near two cylindrical shells wheels on the outer peripheral faces at two ends, an end of these cylindrical shell 34 chargings and an end of described feeder 33 are rotationally connected, and at the other end of this feeder 33 cylinder blower fan 56 are housed; These cylindrical shell 34 other ends are connected support 41 with one a end is rotationally connected, this other end that connects support 41 docks with an end of case 39, the other end at this case 39 is provided with reclinate reducing as second discharging opening 42, below this connection support 41, be provided with first discharging opening 40 (right-hand member of cylindrical shell 34), be provided with the spiral plate 46 of several former circumference uniform distributions in the inboard of this cylindrical shell 34.Be provided with cylindrical shell bull gear 36 on the outer peripheral face of this cylindrical shell 34, the driving gear 47 on this cylindrical shell bull gear 36 and cylindrical shell drive motors 35 output shafts is meshing with each other; Described support roller 37, feeder 33, connection support 41 and cylindrical shell drive motors 35 are installed in (or on base of described frame 0) on the support.
Described first magnetic conveyor 16 is made up of support, power set, drive roll 162, magnetic drum 161, transport tape 163 and backing roll 164, drive roll 162 and magnetic drum 161 difference rotational support are at the two ends of support, the transport tape 163 of annular is sleeved between this drive roll 162 and the magnetic drum 161, and a plurality of backing rolls 164 are housed below this transport tape 163; This drive roll 162 is in transmission connection with power set (not shown), and the top of this drive roll 162 is the inlet of this magnetic conveyor.Described second magnetic conveyor 17 and these first magnetic conveyor, 16 structures identical (referring to Fig. 1).
Referring to Fig. 7, described feeder comprises by housing 57 and feeding funnel 59 and forming, be provided with 58 (being connected with the lower end of standpipe 60) of inlet on columnar housing 57, be provided with feeding funnel 59 in the inner of this inlet 58, the lower end of feeding funnel 59 tilts to an end of these cylindrical shell 34 chargings.Housing 57 usefulness supports are fixed on the pedestal.
The course of work of the present utility model is: house refuse in the blowpit of workshop by manually detecting big part, as timeworn furniture, tire, cotton-wadded quilt etc., enter cutting machine 1 then successively one time, through tearing, draw, twist, cut the purpose that reaches broken bag, cutting, send into secondary cut machine 4 through belt conveyor 2, enter rotary screen extension set 6 (diameter 1000mm * long 3000mm, 60 rev/mins) through feeder 5, utilizing the great advantage of cylinder screening is not stop up, and treating capacity is big.The screenings of 40mm fall into vibratory sieve 13 ground floor compass screen surface 14 (mesh 40 * 40mm, area are 2000mm * 1500mm, vibration frequency 900 times/minute, advantage: smooth, flow and soon, not stop up mesh, effective separation of organic substances).Fall into the second layer compass screen surface 15 (mesh 10 * 10mm) of vibratory sieve less than the 25mm material; Material above the ground floor compass screen surface 14 slides into first magnetic conveyor 16 along the inclined-plane, isolate irony metal (ferrous metal is adsorbed onto in the following collection box 61 by magnetic drum 161) through magnetic drum 161, the rubbish of other non irons is sent into the feed hopper 19 of the first wind scoop separator 18, wind-force effect through blower fan 20 generations, utilize the proportion difference of material, inorganic matter, organic matter separate from first outlet, 21, second outlet 22 respectively, and paper, plastics, foam are separated from the 3rd outlet 24 of case 23.The screenings of the second layer compass screen surface 15 of vibratory sieve is tiny sand grains, coal ash.Oversize slides into second magnetic conveyor 17 along the inclined-plane, through magnetic drum 171 separating metals, rubbish is sent into the second wind scoop separator 25 separate, and principle is identical with the first wind scoop separator 18 with function.
Bulky material under rotary screen extension set 6 sieves not falls in the coarse fodder feed hopper 30 of coarse fodder wind-force separator automatically, in dropping process, at first paper, plastics, foam are seen off from airduct 32 through the air-flow of airduct blower fan 31, the feeder 33 that remaining material drops to the roller separation machine enters in the cylindrical shell 34, cylindrical shell 34 is when rotating, material in the cylindrical shell rolls up and down, under the promoting of cylinder blower fan 56 than strong wind and spiral plate 46, inorganic matter is isolated from first discharging opening 40, and organic matter is isolated from second discharging opening 42.So far, finished the entire process separation process of house refuse.
Claims (9)
1. domestic garbage disposer, it is characterized in that, comprise frame, cutting machine, secondary cut machine, rotary screen extension set, vibratory sieve, magnetic conveyor, wind scoop separator and a coarse fodder wind-force separator, the discharging opening of a cutting machine is connected by the feed hopper of belt conveyor with the secondary cut machine, and the discharging opening of secondary cut machine lower end is by the inlet corresponding setting of feeding machine with the rotary screen extension set that tilts to install; Tilt to install vibratory sieve below this rotary screen extension set, the low side outlet of this vibratory sieve and the corresponding setting of inlet of magnet separator are equipped with the wind scoop separator in the outlet of this magnet separator; In the low side outlet of described rotary screen extension set and the corresponding setting of coarse fodder feed hopper of coarse fodder wind-force separator; A described cutting machine, secondary cut machine, rotary screen extension set and vibratory sieve are installed on the frame respectively.
2. domestic garbage disposer according to claim 1, it is characterized in that, a described cutting machine and secondary cut machine comprise shell, cutting knife, slitter shaft, cutting motor, transmission mechanism and described feed hopper, slitter shaft is rotatably installed in the shell, the cutting knife of several vane types radially is housed on slitter shaft, and an end of this slitter shaft is in transmission connection by transmission mechanism and cutting motor; Feed hopper is equipped with in upper end at this shell; The cutting knife density of described secondary cut machine is greater than the cutting knife density of a cutting machine.
3. domestic garbage disposer according to claim 1, it is characterized in that, described rotary screen extension set comprises screen drum, bull gear, wheel band, support roller, roller frame, baffle plate, driving gear and drive motors, and two pairs of support rollers are installed in the roller frame upper end, and roller frame and described frame are fixed; Respectively be provided with the wheel band at the two ends of screen drum, each is taken turns band and is supported on a pair of described support roller; Outer peripheral face at screen drum is equipped with bull gear, the driving gear engagement on the output shaft of this bull gear and drive motors, and this drive motors is installed on the described frame; Be provided with the baffle plate of herringbone below this screen drum, the lower end of baffle plate is top corresponding with described vibratory sieve.
4. domestic garbage disposer according to claim 1, it is characterized in that, described vibratory sieve is provided with ground floor compass screen surface and second layer compass screen surface, and the low side of each this compass screen surface inlet with a magnetic conveyor respectively is corresponding, is respectively equipped with a wind scoop separator in the outlet of each this magnetic conveyor.
5. domestic garbage disposer according to claim 4 is characterized in that, described first compass screen surface is with crisscross the making of mao bamboo sheet of wide 40mm, long 2000mm, thick 5mm, and mesh size is 40 * 40mm, and the area of compass screen surface is 2000mm * 1500mm; Described second compass screen surface is with crisscross the making of mao bamboo sheet of wide 20mm, long 2000mm, thick 5mm, and mesh size is 10 * 10mm, and the area of compass screen surface is identical with first compass screen surface.
6. domestic garbage disposer according to claim 1, it is characterized in that, described wind scoop separator comprises case, feed hopper, blower fan, first discharging opening, second discharging opening and the 3rd discharging opening, on an end of columnar case, feed hopper and blower fan are housed respectively with end face, the other end at case is provided with circular cone reducing shape and reclinate the 3rd discharging opening, be provided with first discharging opening and second discharging opening below this case middle part, this first discharging opening is adjacent with described blower fan.
7. domestic garbage disposer according to claim 1 is characterized in that, described coarse fodder wind-force separator comprises airduct seperator and roller separation machine, and this airduct seperator comprises airduct blower fan and airduct; This roller separation machine comprises cylinder blower fan, feeder, cylindrical shell, cylindrical shell drive motors, driving gear, cylindrical shell bull gear, cylindrical shell support roller, cylindrical shell wheel band, case, connection support, spiral plate and described coarse fodder feed hopper, the lower end of coarse fodder feed hopper is connected with feeder with the feed end of airduct respectively by standpipe, this airduct is horizontally set on the middle part of standpipe, at the feed end of this airduct the airduct blower fan is housed; Be located at cylindrical shell and be supported on respectively on two pairs of cylindrical shell support rollers near two cylindrical shells wheel bands on the outer peripheral face at two ends, an end of this cylindrical shell charging and an end of described feeder are rotationally connected, and at the other end of this feeder the cylinder blower fan are housed; This cylindrical shell other end is connected support with one a end is rotationally connected, this other end that connects support docks with an end of case, the other end at this case is provided with reducing and reclinate second discharging opening, below this connection support, be provided with first discharging opening, be provided with spiral plate in the inboard of this cylindrical shell; Be provided with the cylindrical shell bull gear on the outer peripheral face of this cylindrical shell, the driving gear on this cylindrical shell bull gear and the cylindrical shell drive motors output shaft is meshing with each other; Described support roller, feeder, connection support and cylindrical shell drive motors are installed on the support or on the described frame.
8. domestic garbage disposer according to claim 1 is characterized in that, the step ladder is provided with guardrail on the top of this frame on described frame.
9. domestic garbage disposer according to claim 1, it is characterized in that, described magnetic conveyor is made up of support, power set, drive roll, magnetic drum, transport tape and backing roll, drive roll and magnetic drum difference rotational support are at the two ends of support, the transport tape of annular is sleeved between this drive roll and the magnetic drum, below this transport tape upper and lower a plurality of backing rolls is housed all; This drive roll and power set are in transmission connection, and the top of this drive roll is the inlet of this magnetic conveyor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201639147U CN201728224U (en) | 2010-04-20 | 2010-04-20 | Household refuse treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201639147U CN201728224U (en) | 2010-04-20 | 2010-04-20 | Household refuse treatment device |
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| CN201728224U true CN201728224U (en) | 2011-02-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201639147U Expired - Fee Related CN201728224U (en) | 2010-04-20 | 2010-04-20 | Household refuse treatment device |
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