CN104106321B - A kind of residual film and foreign material separation and recovery machine - Google Patents
A kind of residual film and foreign material separation and recovery machine Download PDFInfo
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- CN104106321B CN104106321B CN201410376077.9A CN201410376077A CN104106321B CN 104106321 B CN104106321 B CN 104106321B CN 201410376077 A CN201410376077 A CN 201410376077A CN 104106321 B CN104106321 B CN 104106321B
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- vibratory sieve
- foreign material
- rhizome
- used plastic
- residual film
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Abstract
Residual film and foreign material separation and recovery machine relate to agricultural machinery equipment field, particularly the residual film of one and foreign material separation and recovery machine; Comprise power connection, vibratory sieve operate portions, residual UF membrane recoverer and rhizome foreign material recoverer four part, contain: used plastic collection case, jet airduct, rhizome foreign material recovery tube, gauge wheel, rhizome foreign material collection box, used plastic collection suction pipe, vibratory sieve rear arm various parts; Beneficial effect: a machine running, multiple working procedure connection does, and alleviate labor intensity of operating staff, improve efficiency, improve work situation, operating personnel avoid unnecessary trouble and danger.
Description
technical field:
The present invention relates to agricultural machinery equipment field, particularly the residual film of one and foreign material separation and recovery mechanized equipment.
background technology:
In prior art, the mechanical appliance of used plastic collection is a lot, unit operation by used plastic collection in collecting box, collecting box is collected completely, operating personnel need collecting box to be transported to the total treating stations of residual film and carry out the unified process of residual film, operating personnel collect residual film process in sort loaded down with trivial details, labour intensity is large, efficiency is low, work situation is severe, causes unnecessary trouble and danger to operating personnel.
summary of the invention:
In view of this, be necessary to provide a kind of residual film and foreign material separation and recovery machine.
A kind of residual film of the present invention and foreign material separation and recovery machine, comprise power connection, vibratory sieve operate portions, residual UF membrane recoverer and rhizome foreign material recoverer four part, contain: used plastic collection case, jet airduct, rhizome foreign material recovery tube, gauge wheel, rhizome foreign material collection box, used plastic collection suction pipe, vibratory sieve rear arm, residual film umbrella shape suction inlet, vibratory sieve, pipeline soft interface, high pressure positive blower, vibratory sieve front arm, vibratory sieve eccentric ratio, gearbox, blower belt is taken turns, hanger bracket back stay, hanger bracket front strut, driving pulley, transmission input shaft, frame, towing plate, fetch earth arm, soil taking shovel, eccentric wheel and jet airduct air outlet, in frame, plane installs gearbox, rhizome foreign material collection box and used plastic collection case from A-P order, frame lower plane installs from A-P order fetch earth arm, vibratory sieve and gauge wheel, and soil taking shovel is installed in arm lower end of fetching earth, wherein
Power connection: be made up of blower belt wheel, hanger bracket back stay, hanger bracket front strut, driving pulley, gearbox and towing plate; Hanger bracket back stay lower end is connected with gantry rotation, and upper end connects hanger bracket front strut, hanger bracket front strut front end is shaped with the through hole be connected with tractor hanger bracket, and hanger bracket front strut lower end is connected with gantry rotation; Frame front end is fixedly connected with towing plate, and transmission input shaft installs driving pulley, and driving pulley is by V-belt connecting fan belt pulley;
Tractor-drawn moves ahead, tractor motive power output shaft by transmission of power in gearbox and drive on transmission input shaft blower belt wheel running; Drive soil taking shovel to carry out extracting the foreign material such as soil, residual film of 10-20cm under earth's surface, tractor moves ahead, and the soil be extracted and foreign material complete the Separation by vibration work of residual film and rhizome foreign material to vibratory sieve 9 displacement;
Vibratory sieve operate portions: be made up of vibratory sieve rear arm, vibratory sieve, vibratory sieve front arm, vibratory sieve eccentric ratio and gearbox; Output shaft of gear-box axle head setting-up eccentricity is taken turns, eccentric wheel is fixedly connected with vibratory sieve eccentric ratio one end, the toe lateral that the vibratory sieve eccentric ratio other end is rotationally connected vibratory sieve is helped, in the middle part of vibratory sieve eccentric ratio, locating rotation is arranged in frame, vibratory sieve rear arm lower end is rotationally connected the rear portion lateral wall of vibratory sieve, and upper end is rotatably installed in frame;
Eccentric wheel is by moment transmission and vibratory sieve eccentric ratio and vibratory sieve front arm, and vibratory sieve front arm drives vibratory sieve; Complete soil and foreign material and residual UF membrane.
Residual UF membrane recoverer: be made up of used plastic collection case, jet airduct, used plastic collection suction pipe, residual film umbrella shape suction inlet, vibratory sieve, high pressure positive blower, blower belt wheel, driving pulley, gearbox and jet airduct air outlet; Transmission input shaft axle head installs driving pulley, driving pulley is by belt connecting fan belt pulley, blower belt wheel energizes high-pressure blower fan, high pressure positive blower connects jet airduct front end, jet airduct rear end is arranged in used plastic collection case, and communicate with used plastic collection suction pipe in the middle part of jet airduct, jet airduct and front end, the used plastic collection suction pipe place of communicating are jet airduct air outlet, residual film umbrella shape suction inlet is installed in used plastic collection suction pipe lower end, and residual film umbrella shape suction inlet is arranged in the sieve of vibratory sieve rear portion;
Transmission of power in transmission input shaft, is driven driving pulley, transmission of power is taken turns in blower belt by driving pulley by V-belt by tractor motive power output shaft, and energizes high-pressure blower fan works; Foreign material after separation and residual film continue displacement to the back-end, being inhaled into by residual film during residual film umbrella shape suction inlet, are picked up by used plastic collection suction pipe, by residual film being blown into used plastic collection case by jet airduct air outlet during jet airduct;
Rhizome foreign material recoverer: reclaimed suction pipe formed by pipeline soft interface, high pressure positive blower, rhizome foreign material collection box, rhizome foreign material; High pressure positive blower air inlet is connected with rhizome foreign material collection box by pipeline connecting hose, and rhizome foreign material reclaim suction pipe one end and connect rhizome foreign material collection box, and other end opening is installed on vibratory sieve rear end.
Rhizome foreign material reclaim in suction pipe and produce suction, will screen remaining rhizome foreign material suck rhizome foreign material collection box through vibratory sieve and residual film umbrella shape suction inlet; The degree of depth adjustment of soil taking shovel, controls the degree of depth that fetches earth of soil taking shovel by hanger bracket back stay, hanger bracket front strut, gauge wheel and tractor central authorities adjusting rod.
When a kind of residual film of the present invention and foreign material separation and recovery machine collect residual film and foreign material, a machine running, multiple working procedure connection does, and alleviate labor intensity of operating staff, improve efficiency, improve work situation, operating personnel avoid unnecessary trouble and danger.
accompanying drawing illustrates:
Fig. 1 is the structural representation of residual film and foreign material separation and recovery machine.
In figure: used plastic collection case 1, jet airduct 2, rhizome foreign material recovery tube 3, gauge wheel 4, rhizome foreign material collection box 5, used plastic collection suction pipe 6, vibratory sieve rear arm 7, residual film umbrella shape suction inlet 8, vibratory sieve 9, pipeline soft interface 10, high pressure positive blower 11, vibratory sieve front arm 12, vibratory sieve eccentric ratio 13, gearbox 14, blower belt wheel 15, hanger bracket back stay 16, hanger bracket front strut 17, driving pulley 18, transmission input shaft 19, frame 20, towing plate 21, fetch earth arm 22, soil taking shovel 23, eccentric wheel 24, jet airduct air outlet 25.
embodiment:
Refer to Fig. 1, residual film and foreign material separation and recovery machine comprise power connection, vibratory sieve operate portions, residual UF membrane recoverer and rhizome foreign material recoverer four part, comprise: used plastic collection case 1, jet airduct 2, rhizome foreign material recovery tube 3, gauge wheel 4, rhizome foreign material collection box 5, used plastic collection suction pipe 6, vibratory sieve rear arm 7, residual film umbrella shape suction inlet 8, vibratory sieve 9, pipeline soft interface 10, high pressure positive blower 11, vibratory sieve front arm 12, vibratory sieve eccentric ratio 13, gearbox 14, blower belt wheel 15, hanger bracket back stay 16, hanger bracket front strut 17, driving pulley 18, transmission input shaft 19, frame 20, towing plate 21, fetch earth arm 22, soil taking shovel 23, eccentric wheel 24 and jet airduct air outlet 25, in frame 20, plane installs gearbox 14, rhizome foreign material collection box 5 and used plastic collection case 1 from A-P order, frame 20 lower plane installs from A-P order fetch earth arm 22, vibratory sieve 9 and gauge wheel 4, and soil taking shovel 23 is installed in arm 22 lower end of fetching earth, wherein
Power connection: be made up of 14 gearboxes, blower belt wheel 15, hanger bracket back stay 16, hanger bracket front strut 17, driving pulley 18, transmission input shaft 19 and towing plate 21; Hanger bracket back stay 16 lower end and frame 20 are rotationally connected, and upper end connects hanger bracket front strut 17, hanger bracket front strut 17 front end is shaped with the through hole be connected with tractor hanger bracket, and hanger bracket front strut 17 lower end and frame 20 are rotationally connected; Frame 20 front end is fixedly connected with towing plate 21, transmission input shaft 19, power shaft is installed driving pulley 18, and driving pulley 18 is by V-belt connecting fan belt pulley 15;
Tractor-drawn moves ahead, and drives gearbox 14 and blower belt wheel 15 running; Drive soil taking shovel 23 to carry out extracting the foreign material such as soil, residual film of 10-20cm under earth's surface, tractor moves ahead, and the soil be extracted and foreign material complete the Separation by vibration work of residual film and rhizome foreign material to vibratory sieve 9 displacement;
Vibratory sieve operate portions: be made up of vibratory sieve rear arm 7, vibratory sieve 9, vibratory sieve front arm 12, vibratory sieve eccentric ratio 13 and gearbox 14; Gearbox 14 output shaft end setting-up eccentricity wheel 24, eccentric wheel 24 is fixedly connected with vibratory sieve eccentric ratio 13 one end, the toe lateral that vibratory sieve eccentric ratio 13 other end is rotationally connected vibratory sieve 9 is helped, in the middle part of vibratory sieve eccentric ratio 13, locating rotation is arranged in frame 20, vibratory sieve rear arm 7 lower end is rotationally connected the rear portion lateral wall of vibratory sieve 9, and upper end is rotatably installed in frame 20;
Moment is transmitted to vibratory sieve eccentric ratio 13 and vibratory sieve front arm 12 by eccentric wheel 24, and vibratory sieve front arm 12 drives vibratory sieve 9; Complete soil and foreign material and residual UF membrane.
Residual UF membrane recoverer: be made up of used plastic collection case 1, jet airduct 2, used plastic collection suction pipe 6, residual film umbrella shape suction inlet 8, vibratory sieve 9, high pressure positive blower 11, blower belt wheel 15, driving pulley 18 and transmission input shaft 19 and jet airduct air outlet 25; Transmission input shaft 19 axle head installs driving pulley 18, driving pulley 18 is by belt connecting fan belt pulley 15, blower belt takes turns 15 energizes high-pressure blower fans 11, high pressure positive blower 11 connects jet airduct 2 front end, jet airduct 2 rear end is arranged in used plastic collection case 1, communicate with used plastic collection suction pipe 6 in the middle part of jet airduct 2, jet airduct 2 and front end, used plastic collection suction pipe 6 place of communicating are jet airduct air outlet 25, residual film umbrella shape suction inlet 8 is installed in used plastic collection suction pipe 6 lower end, and residual film umbrella shape suction inlet 8 is arranged in the sieve of vibratory sieve 9 rear portion;
Transmission of power, in transmission input shaft 19, drives driving pulley 18, and by V-belt, transmission of power is taken turns 15 in blower belt by driving pulley 18, energizes high-pressure blower fan 11 works; Foreign material after separation and residual film continue displacement to the back-end, being inhaled into by residual film during residual film umbrella shape suction inlet 8, are picked up by used plastic collection suction pipe 6, by residual film being blown into used plastic collection case 1 by jet airduct air outlet 25 during jet airduct 2;
Rhizome foreign material recoverer: reclaimed suction pipe 3 formed by pipeline soft interface 10, high pressure positive blower 11, rhizome foreign material collection box 5, rhizome foreign material; High pressure positive blower 11 air inlet is connected with rhizome foreign material collection box 5 by pipeline connecting hose 10, and rhizome foreign material reclaim suction pipe 3 one end and connect rhizome foreign material collection box 5, and other end opening is installed on vibratory sieve 9 rear end.
Rhizome foreign material reclaim in suction pipe 3 and produce suction, will screen remaining rhizome foreign material suck rhizome foreign material collection box 5 through vibratory sieve 9 and residual film umbrella shape suction inlet 8; The degree of depth adjustment of soil taking shovel, controls the degree of depth that fetches earth of soil taking shovel by hanger bracket back stay 16, hanger bracket front strut 17, gauge wheel 4 and tractor central authorities adjusting rod.
Claims (1)
1. a residual film and foreign material separation and recovery machine, comprise power connection, vibratory sieve operate portions, residual UF membrane recoverer and rhizome foreign material recoverer four part, it is characterized in that, contain: used plastic collection case, jet airduct, rhizome foreign material recovery tube, gauge wheel, rhizome foreign material collection box, used plastic collection suction pipe, vibratory sieve rear arm, residual film umbrella shape suction inlet, vibratory sieve, pipeline soft interface, high pressure positive blower, vibratory sieve front arm, vibratory sieve eccentric ratio, gearbox, blower belt is taken turns, hanger bracket back stay, hanger bracket front strut, driving pulley, transmission input shaft, frame, towing plate, fetch earth arm, soil taking shovel, eccentric wheel and jet airduct air outlet, in frame, plane installs gearbox, rhizome foreign material collection box and used plastic collection case from A-P order, frame lower plane installs from A-P order fetch earth arm, vibratory sieve and gauge wheel, and soil taking shovel is installed in arm lower end of fetching earth, wherein
Power connection: be made up of gearbox, blower belt wheel, hanger bracket back stay, hanger bracket front strut, driving pulley, transmission input shaft and towing plate; Hanger bracket back stay lower end is connected with gantry rotation, and upper end connects hanger bracket front strut, hanger bracket front strut front end is shaped with the through hole be connected with tractor hanger bracket, and hanger bracket front strut lower end is connected with gantry rotation; Frame front end is fixedly connected with towing plate, and transmission input shaft installs driving pulley, and driving pulley is by V-belt connecting fan belt pulley;
Vibratory sieve operate portions: be made up of vibratory sieve rear arm, vibratory sieve, vibratory sieve front arm, vibratory sieve eccentric ratio and gearbox; Output shaft of gear-box axle head setting-up eccentricity is taken turns, eccentric wheel is fixedly connected with vibratory sieve eccentric ratio one end, the toe lateral that the vibratory sieve eccentric ratio other end is rotationally connected vibratory sieve is helped, in the middle part of vibratory sieve eccentric ratio, locating rotation is arranged in frame, vibratory sieve rear arm lower end is rotationally connected the rear portion lateral wall of vibratory sieve, and upper end is rotatably installed in frame;
Residual UF membrane recoverer: be made up of used plastic collection case, jet airduct, used plastic collection suction pipe, residual film umbrella shape suction inlet, vibratory sieve, high pressure positive blower, blower belt wheel, driving pulley, gearbox and jet airduct air outlet; Transmission input shaft axle head installs driving pulley, driving pulley is by belt connecting fan belt pulley, blower belt wheel energizes high-pressure blower fan, high pressure positive blower connects jet airduct front end, jet airduct rear end is arranged in used plastic collection case, and communicate with used plastic collection suction pipe in the middle part of jet airduct, jet airduct and front end, the used plastic collection suction pipe place of communicating are jet airduct air outlet, residual film umbrella shape suction inlet is installed in used plastic collection suction pipe lower end, and residual film umbrella shape suction inlet is arranged in the sieve of vibratory sieve rear portion;
Rhizome foreign material recoverer: reclaimed suction pipe formed by pipeline soft interface, high pressure positive blower, rhizome foreign material collection box, rhizome foreign material; High pressure positive blower air inlet is connected with rhizome foreign material collection box by pipeline connecting hose, and rhizome foreign material reclaim suction pipe one end and connect rhizome foreign material collection box, and other end opening is installed on vibratory sieve rear end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410376077.9A CN104106321B (en) | 2014-08-02 | 2014-08-02 | A kind of residual film and foreign material separation and recovery machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410376077.9A CN104106321B (en) | 2014-08-02 | 2014-08-02 | A kind of residual film and foreign material separation and recovery machine |
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| CN104106321A CN104106321A (en) | 2014-10-22 |
| CN104106321B true CN104106321B (en) | 2016-01-06 |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105594325A (en) * | 2016-03-02 | 2016-05-25 | 宁夏智源农业装备有限公司 | Residual film and impurity separating and recycling machine |
| CN106856684A (en) * | 2017-03-23 | 2017-06-20 | 贵州大学 | A kind of method and device for realizing residual film and impurity sorting |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2904609Y (en) * | 2006-05-30 | 2007-05-30 | 唐忆雄 | Farmland residual membrane reclaiming machine |
| CN203608560U (en) * | 2013-12-24 | 2014-05-28 | 山东农业大学 | Potato harvesting and residual film reclaiming combined operating machine |
| CN103918366A (en) * | 2014-04-12 | 2014-07-16 | 宁夏回族自治区农业机械化技术推广站 | Residual film and sundry separating and recycling device |
| CN204206732U (en) * | 2014-08-02 | 2015-03-18 | 宁夏智源农业装备有限公司 | A kind of residual film and foreign material separation and recovery machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| AU2008338260B2 (en) * | 2007-12-17 | 2014-08-14 | Rocca Manufacturing Pty Ltd | Plastic mulch retriever |
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- 2014-08-02 CN CN201410376077.9A patent/CN104106321B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2904609Y (en) * | 2006-05-30 | 2007-05-30 | 唐忆雄 | Farmland residual membrane reclaiming machine |
| CN203608560U (en) * | 2013-12-24 | 2014-05-28 | 山东农业大学 | Potato harvesting and residual film reclaiming combined operating machine |
| CN103918366A (en) * | 2014-04-12 | 2014-07-16 | 宁夏回族自治区农业机械化技术推广站 | Residual film and sundry separating and recycling device |
| CN204206732U (en) * | 2014-08-02 | 2015-03-18 | 宁夏智源农业装备有限公司 | A kind of residual film and foreign material separation and recovery machine |
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| CN104106321A (en) | 2014-10-22 |
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