CN102860174A - Graphene corn harvester - Google Patents
Graphene corn harvester Download PDFInfo
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- CN102860174A CN102860174A CN2012103049561A CN201210304956A CN102860174A CN 102860174 A CN102860174 A CN 102860174A CN 2012103049561 A CN2012103049561 A CN 2012103049561A CN 201210304956 A CN201210304956 A CN 201210304956A CN 102860174 A CN102860174 A CN 102860174A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/12—Technologies relating to agriculture, livestock or agroalimentary industries using renewable energies, e.g. solar water pumping
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Abstract
The invention relates to a graphene corn harvester, and belongs to the technical field of the application of new-material and new-energy agricultural machinery. A graphene corn picking and peeling bin is arranged on a graphene crawler unit, the top surface of the graphene corn picking and peeling bin is provided with a graphene solar battery, a corncob output pipe is arranged on the right side surface of the graphene corn picking and peeling bin, corn picking and peeling parts such as a graphene corn picking and peeling drum are arranged in the graphene corn picking and peeling bin, a cab is arranged on the front part of the graphene corn picking and peeling bin, and a graphene steering wheel and a graphene motor are arranged in the cab; a photovoltaic controller and a graphene lithium ion battery are arranged in a graphene header; a graphene header auger, a graphene harvesting cutter and a graphene divider are arranged on the front part of the graphene header; a hollow graphene conveying pipe protective cover is arranged between the graphene corn picking and peeling bin and the graphene header. The graphene solar battery is connected with the graphene lithium ion battery.
Description
Technical field
The present invention relates to a kind of Graphene corn picker, belong to new material, new forms of energy agricultural machinery applied technical field.
Background technology
Corn, paddy rice, wheat are the Three major grain crops that the mankind depend on for existence.The corn yield of China in 2011 reaches 1.82 hundred million tons.The corn producing region of China mainly contains: Heilongjiang Province, Jilin Province, Shandong Province, Henan Province, Hebei province, Liaoning Province and Inner Mongolia Autonomous Region.
One of because corn is not only human important grain, or the important source material of the feed of laying hen, broiler chicken, cow, beef cattle, pork pig, quail, pigeon for meat.China is maximum corn planting and the country of consumption that is only second to the U.S., and recent two decades comes, and the quantity that Chinese consume meat and egg product increases, and the consumption corn is many.In August, 2012 United States Department of Agriculture's prediction american corn output descended 13% than 2011, main cause is that the most serious arid over 50 years appears in the agricultural region, Middle West, the U.S. accounts for 60% of global corn export volume, United States Department of Agriculture estimates that global corn consumption descends 3,890 ten thousand tons, China will reduce from the quantity of U.S.'s buying corn, in order to stablize provision price, a part of state storage corn will be thrown in by China from state's grain storage.Corn is the pushing factor of U.S.'s alternative energy source policy especially, makes ethanol take corn as raw material, and ethanol is sneaked into the gas supply automobile, and ethanol petrol produced in USA needed 13,200,000,000 gallons of ethanol in 2012, will need 36,000,000,000 gallons of ethanol by 2022.2012, people, automobile, ox
,Chicken, pig strive in the reality of wanting corn
,The Secretary General of FAO (Food and Agriculture Organization of the United Nation) appeals: ' allowing more corn be used for the food and feed purposes '.The message that on August 16th, 2012, ' Maeil Business Newspaper ' transmitted is: the mythimna separata disaster has caused the 630000 mu of corn total crop failures in Northeast China, nearly 2,000,000,000 yuan of economic loss.
Inventor's Miao TongChun of this patent was participated in the work of harvesting corn fringe at an early age, on wear the safety clothing of long sleeves, prevent from being scratched arm by the maize leaf of maturation, in the August of corn maturation hot weather, creep in the corn field of a people Duo Gao, one holds the corncob that fringe is surrounded by made from bracteal leaf of corn outward, another is held tight corn stem, break with strength lower corncob off with the fingers and thumb and put bamboo basket into, a little while just with a face streaming with sweatly tired, the bamboo basket that fill with corncob are very heavy, and hand is carried the corncob bamboo basket and walked out rugged corn field, walk hundreds and thousands of steps.The corncob of manually gathering is very arduous.In fact, corn can carry out do mechanization operation from sowing, intertill, apply fertilizer, control worm to whole planting process of results.The Maize Production of Iowa, american corn main producing region has realized all-round mechanization.The corn mechanization production development of China is very fast, 90,000 of Chinese maize grain header in 2011 market sales, and Farm Machinery Market in most of supply country wherein, fraction hand-held corn cutter and riding type corn picker export to abroad.The power of made in China corn picker is all provided by petrol engine or diesel engine, seriously relies on fossil energy, can discharge a large amount of carbonic acid gas when burns gasoline or diesel oil, produces greenhouse effect, and extreme weather events is increased.Because the cane of corn is sturdy, often cause the cropping knife fracture made from iron and steel, the nearside divider distortion, ceding of Taiwan auger, carrier pipe guard shield, the harvesting cylinder that strips off the skin stops up, and need to be improved.
Summary of the invention
The object of the invention is to overcome the shortcoming of prior art, a kind of Graphene corn picker is provided.
Nobel Prizes in physics in 2010 are awarded two scientists of Univ Manchester UK, and they isolate the Graphene new material from graphite material.Graphene is a kind of two dimensional crystal, the up to now in the world material of intensity maximum and the outstanding material of electric conductivity, with the Graphene solar cell in the Graphene new material manufacturing Graphene corn picker, the Graphene harvesting is taken off belt roller, the Graphene harvesting storehouse that strips off the skin, the graphene conductive line, the Graphene crawler unit, the Graphene steering wheel, the Graphene electromotor, the Graphene photovoltaic controller, graphene lithium ion battery, Graphene carrier pipe guard shield, the Graphene header, Graphene ceding of Taiwan auger, the Graphene cropping knife, the Graphene nearside divider, Graphene LED illuminating lamp, greatly improved the intensity of relevant mechanical part, the Graphene nearside divider is sturdy and durable, brute force is pushed over line by line corn stem, the Graphene cropping knife is sharp tough and tensile, cut down corn stem not turned, Graphene ceding of Taiwan auger pushes in a large number the corn stem with fringe, itself can not be out of shape, enter the Graphene harvesting storehouse that strips off the skin from the ear corn stem stalk of Graphene header output by Graphene carrier pipe guard shield, strip off the skin Graphene harvesting in the storehouse of Graphene harvesting is taken off belt roller and is taken corncob from ear corn stem stalk, pull down simultaneously the luxuriant skin that wraps on the corncob, the corncob of pulling down luxuriant skin is transported on the truck by the corncob efferent duct, because the water content of the iblet on the corncob is up to 20%-25%, the corncob that truck will just have been gathered in the crops is transported to shine on the grain cement field and is tanned by the sun, solarization goes half moisture content to carry out later on threshing, and the breakage rate of the corn distiller's dried grain of taking off can greatly reduce.The raising of the intensity of a plurality of mechanical parts in the Graphene corn picker has greatly reduced the Graphene corn picker and has broken down when carrying out harvest operation.
Because the electric conductivity of Graphene new material is good especially, the conduction of velocity of electronics in the Graphene new material is one of three percentages of the light velocity, surpass the conduction of velocity of electronics in copper material or silver-colored material, greatly improved the operating efficiency of the electronic unit in the Graphene corn picker.Solar light irradiation is installed in strip off the skin Graphene solar cell generation current on the end face of storehouse of Graphene harvesting, electric current is inputted graphene lithium ion battery fast by graphene conductive line, Graphene photovoltaic controller, the Graphene negative material of graphene lithium ion battery shortens to 1 minute to 2 minutes with charging interval from a few hours of graphene lithium ion battery, is subject to peasant's welcome.The using electricity wisely of Graphene LED illuminating lamp, brightness of illumination is high, has made things convenient for the Graphene corn picker to get the harvest in quickly days and nights the corn operation in the corn mature period.
The Graphene new material also has many good functions, and for example Graphene is the thinnest a kind of in the known materials, is the new material of light-high-strength.The fuselage weight of Graphene corn picker is lighter than the fuselage weight of iron and steel corn picker, and the power that consumes when carrying out harvest operation is few, and energy savings is remarkable.On the Graphene steering wheel antibacterial functions is arranged, the doctoral candidate Hu Wenbing in Shanghai Applied Physics institute of Chinese Academy of Sciences physical biology laboratory etc. have explored the antibacterial characteristics of graphene oxide under Fan Chun sea and Huang Qing researcher's guidance, find that the stannic oxide/graphene nano suspension is after hatching 2 hours with Escherichia coli, its inhibiting rate is surpassed 90%, and the cytotoxicity that mammalian cell is produced is very little.The China scientific research personnel finds that the cell of bacterium can't grow at Graphene, and the human cell can be not impaired.In the rural area, on the steering wheel of corn picker, you touch, and he holds, very easy communicate illness.The present invention at first is applied in the Graphene new material on the agricultural machinery, has greatly improved the lip-deep sanitary conditions of agricultural machines parts such as steering wheel.
In order to solve the problems of the technologies described above, the present invention is achieved by the following technical solutions:
By Graphene solar cell 2, the Graphene harvesting cylinder 3 that strips off the skin, the Graphene harvesting storehouse 4 that strips off the skin, corncob efferent duct 5, graphene conductive line 6, Graphene crawler unit 7, driver's cabin 8, Graphene steering wheel 9, Graphene electromotor 10, Graphene photovoltaic controller 11, graphene lithium ion battery 12, Graphene carrier pipe guard shield 13, Graphene header 14, Graphene ceding of Taiwan auger 15, Graphene cropping knife 16, Graphene nearside divider 17, the Graphene LED illuminating lamp 18 common Graphene corn pickers 1 that form;
The installation Graphene harvesting storehouse 4 that strips off the skin on Graphene crawler unit 7, at the strip off the skin end face in storehouse 4 of Graphene harvesting Graphene solar cell 2 is installed, at the strip off the skin right flank in storehouse 4 of Graphene harvesting corncob efferent duct 5 is installed, Graphene harvesting cylinder 3 harvestings such as corncob such as grade that strip off the skin are installed take off luxuriant skin zone part in the strip off the skin inside in storehouse 4 of Graphene harvesting, in the strip off the skin front portion in storehouse 4 of Graphene harvesting driver's cabin 8 is installed, at driver's cabin 8 interior installation Graphene steering wheel 9 and Graphene electromotor 10, Graphene photovoltaic controller 11 and graphene lithium ion battery 12 are installed in inside at Graphene header 14, in the front portion of Graphene header 14 Graphene ceding of Taiwan auger 15 is installed, Graphene cropping knife 16 and Graphene nearside divider 17 are at the Graphene harvesting hollow Graphene carrier pipe guard shield 13 of installation between storehouse 4 and the Graphene header 14 that strips off the skin;
Graphene solar cell 2 is connected with Graphene photovoltaic controller 11 by graphene conductive line 6, Graphene photovoltaic controller 11 is connected with graphene lithium ion battery 12 by graphene conductive line 6, and graphene lithium ion battery 12 is connected with Graphene electromotor 10 by graphene conductive line 6; Graphene lithium ion battery 12 is connected with Graphene LED illuminating lamp 18 by graphene conductive line 6.
The photoelectric transformation efficiency of Graphene solar cell 2 is 6%-12%.
The power of Graphene LED illuminating lamp 18 is 10W-150W.
The invention has the beneficial effects as follows: (1) has been improved the Graphene harvesting and has been taken off the strip off the skin mechanical strength of storehouse, Graphene crawler unit, Graphene steering wheel, Graphene carrier pipe guard shield, Graphene header, Graphene ceding of Taiwan auger, Graphene cropping knife, each mechanical part of Graphene nearside divider of belt roller, Graphene harvesting.(2) improved the operating efficiency of Graphene electromotor and Graphene photovoltaic controller.(3) transmission of electricity of graphene conductive line is fast.(4) charging interval of graphene lithium ion battery shortens.(5) energy-conservation, the good brightness of Graphene LED illuminating lamp.(6) the Graphene corn picker is more lightweight than iron and steel corn picker, travels and energy savings when carrying out operation.
Description of drawings
Fig. 1 is structural representation of the present invention.
Embodiment
The installation Graphene harvesting storehouse that strips off the skin on the Graphene crawler unit, at strip off the skin storehouse end face of Graphene harvesting the Graphene solar cell is installed, at the strip off the skin right flank in storehouse of Graphene harvesting the corncob efferent duct is installed, strip off the skin cylinder etc. of Graphene harvesting is installed is plucked corncob and take off luxuriant skin zone part in the strip off the skin inside in storehouse of Graphene harvesting, in the strip off the skin front portion in storehouse of Graphene harvesting driver's cabin is installed, driving indoor location Graphene steering wheel and Graphene electromotor, Graphene photovoltaic controller and graphene lithium ion battery are installed in inside at the Graphene header, in the front portion of Graphene header Graphene ceding of Taiwan auger is installed, Graphene cropping knife and Graphene nearside divider are at the Graphene harvesting hollow Graphene carrier pipe guard shield of installation between storehouse and the Graphene header that strips off the skin.The Graphene solar cell is connected with graphene lithium ion battery.
Following the present invention is further described in connection with the embodiment in the accompanying drawing:
By Graphene solar cell 2, the Graphene harvesting cylinder 3 that strips off the skin, the Graphene harvesting storehouse 4 that strips off the skin, corncob efferent duct 5, graphene conductive line 6, Graphene crawler unit 7, driver's cabin 8, Graphene steering wheel 9, Graphene electromotor 10, Graphene photovoltaic controller 11, graphene lithium ion battery 12, Graphene carrier pipe guard shield 13, Graphene header 14, Graphene ceding of Taiwan auger 15, Graphene cropping knife 16, Graphene nearside divider 17, the Graphene LED illuminating lamp 18 common Graphene corn pickers 1 that form;
The installation Graphene harvesting storehouse 4 that strips off the skin on Graphene crawler unit 7, at the strip off the skin end face in storehouse 4 of Graphene harvesting Graphene solar cell 2 is installed, at the strip off the skin right flank in storehouse 4 of Graphene harvesting corncob efferent duct 5 is installed, Graphene harvesting cylinder 3 harvestings such as corncob such as grade that strip off the skin are installed take off luxuriant skin zone part in the strip off the skin inside in storehouse 4 of Graphene harvesting, in the strip off the skin front portion in storehouse 4 of Graphene harvesting driver's cabin 8 is installed, at driver's cabin 8 interior installation Graphene steering wheel 9 and Graphene electromotor 10, Graphene photovoltaic controller 11 and graphene lithium ion battery 12 are installed in inside at Graphene header 14, in the front portion of Graphene header 14 Graphene ceding of Taiwan auger 15 is installed, Graphene cropping knife 16 and Graphene nearside divider 17 are at the Graphene harvesting hollow Graphene carrier pipe guard shield 13 of installation between storehouse 4 and the Graphene header 14 that strips off the skin;
Graphene solar cell 2 is connected with Graphene photovoltaic controller 11 by graphene conductive line 6, Graphene photovoltaic controller 11 is connected with graphene lithium ion battery 12 by graphene conductive line 6, and graphene lithium ion battery 12 is connected with Graphene electromotor 10 by graphene conductive line 6; Graphene lithium ion battery 12 is connected with Graphene LED illuminating lamp 18 by graphene conductive line 6.
The photoelectric transformation efficiency of Graphene solar cell 2 is 6%-12%.
The power of Graphene LED illuminating lamp 18 is 10W-150W.
Be installed in that graphene lithium ion battery on the Graphene header is at present main accepts electric current from the power supply network input as main energy sources, accept simultaneously that the Graphene solar cell produces under the irradiation of sunshine, the electric current by graphene conductive line, the input of Graphene photovoltaic controller is as supplementary energy.Input the Graphene electromotor from the electric current of graphene lithium ion battery output by the graphene conductive line, electric energy converts mechanical energy in the Graphene electromotor, part mechanical energy drives the Graphene corn picker by mechanical transmission component Graphene crawler unit advances to the corn ranks of maturation, carries out the operation of harvesting corn.Part mechanical energy drives the Graphene nearside divider and pushes over ripe corn stem, the corn stem that is then cut off with fringe by the Graphene cropping knife lodges backward, the corn stem with fringe that Graphene ceding of Taiwan auger will lodge backward pushes the lower end of Graphene carrier pipe guard shield, by the mechanical part in the Graphene carrier pipe guard shield ear corn stem stalk is delivered into the Graphene harvesting storehouse that strips off the skin, take off belt roller by the Graphene harvesting in the storehouse and take corncob from corn stem, take off and wrap in the lip-deep luxuriant skin of corncob, the corncob of taking luxuriant skin off outwards is transported to transport on the truck to shine on the grain field via the corncob efferent duct and tans by the sun, and prepares threshing.The Graphene corn picker will be played a greater and greater role in Maize Production.
Now enumerate embodiment as follows:
Embodiment one:
Graphene is a kind of light-weight high-strength material, the photoelectric transformation efficiency that can replace metal material to make the Graphene corn picker is that 7% solar cell, harvesting are taken off belt roller, harvesting strip off the skin storehouse, conductor wire, crawler unit, steering wheel, electromotor, controller, lithium ion battery, carrier pipe guard shield, header, ceding of Taiwan auger, cropping knife, nearside divider, improve the intensity of each relevant parts of corn harvesting machine, alleviate the fuselage weight of corn picker more than 40%, reduce the energy-output ratio of corn picker more than 40%.The Graphene nearside divider is not afraid of wearing and tearing when brute force is pushed over corn straw in corn field, the Graphene cropping knife is as hard as marble, can be crooked when cutting off corn straw, the Graphene harvesting cylinder fault that strips off the skin is few, and graphene conductive line speed power transmission is fast, and the graphene lithium ion battery charging rate is fast.Antibacterium on the Graphene steering wheel, good for health.
Embodiment two:
Graphene is a kind of light-weight high-strength material, the photoelectric transformation efficiency that can replace metal material to make the Graphene corn picker is that 9% solar cell, harvesting are taken off belt roller, harvesting strip off the skin storehouse, conductor wire, crawler unit, steering wheel, electromotor, controller, lithium ion battery, carrier pipe guard shield, header, ceding of Taiwan auger, cropping knife, nearside divider, improve the intensity of each relevant parts of corn harvesting machine, alleviate the fuselage weight of corn picker more than 40%, reduce the energy-output ratio of corn picker more than 40%.The Graphene nearside divider is not afraid of wearing and tearing when brute force is pushed over corn straw in corn field, the Graphene cropping knife is as hard as marble, can be crooked when cutting off corn straw, the Graphene harvesting cylinder fault that strips off the skin is few, and graphene conductive line speed power transmission is fast, and the graphene lithium ion battery charging rate is fast.Antibacterium on the Graphene steering wheel, good for health.
Claims (3)
1. Graphene corn picker, it is characterized in that, by Graphene solar cell (2), the Graphene harvesting is taken off belt roller (3), the Graphene harvesting storehouse (4) that strips off the skin, corncob efferent duct (5), graphene conductive line (6), Graphene crawler unit (7), driver's cabin (8), Graphene steering wheel (9), Graphene electromotor (10), Graphene photovoltaic controller (11), graphene lithium ion battery (12), Graphene carrier pipe guard shield (13), Graphene header (14), Graphene ceding of Taiwan auger (15), Graphene cropping knife (16), Graphene nearside divider (17), Graphene LED illuminating lamp (18) forms Graphene corn picker (1) jointly;
The installation Graphene harvesting storehouse (4) that strips off the skin on Graphene crawler unit (7), at the strip off the skin end face in storehouse (4) of Graphene harvesting Graphene solar cell (2) is installed, at the strip off the skin right flank in storehouse (4) of Graphene harvesting corncob efferent duct (5) is installed, the Graphene harvesting is installed takes off the corncob harvesting such as belt roller (3) and take off luxuriant skin zone part in the strip off the skin inside in storehouse (4) of Graphene harvesting, in the strip off the skin front portion in storehouse (4) of Graphene harvesting driver's cabin (8) is installed, Graphene steering wheel (9) and Graphene electromotor (10) are installed in driver's cabin (8), Graphene photovoltaic controller (11) and graphene lithium ion battery (12) are installed in inside at Graphene header (14), Graphene ceding of Taiwan auger (15) is installed in front portion at Graphene header (14), Graphene cropping knife (16) and Graphene nearside divider (17) are at the Graphene harvesting hollow Graphene carrier pipe guard shield (13) of installation between storehouse (4) and the Graphene header (14) that strips off the skin;
Graphene solar cell (2) is connected with Graphene photovoltaic controller (11) by graphene conductive line (6), Graphene photovoltaic controller (11) is connected with graphene lithium ion battery (12) by graphene conductive line (6), and graphene lithium ion battery (12) is connected with Graphene electromotor (10) by graphene conductive line (6); Graphene lithium ion battery (12) is connected with Graphene LED illuminating lamp (18) by graphene conductive line (6).
2. a kind of Graphene corn picker according to claim 1 is characterized in that, the photoelectric transformation efficiency of described Graphene solar cell (2) is 6%-12%.
3. a kind of Graphene corn picker according to claim 1 is characterized in that, the power of described Graphene LED illuminating lamp (18) is 10W-150W.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012103049561A CN102860174A (en) | 2012-08-26 | 2012-08-26 | Graphene corn harvester |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012103049561A CN102860174A (en) | 2012-08-26 | 2012-08-26 | Graphene corn harvester |
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| CN102860174A true CN102860174A (en) | 2013-01-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20170086374A1 (en) * | 2015-09-30 | 2017-03-30 | Deere & Company | Electrical power generation for header systems from a combine backshaft |
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- 2012-08-26 CN CN2012103049561A patent/CN102860174A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20170086374A1 (en) * | 2015-09-30 | 2017-03-30 | Deere & Company | Electrical power generation for header systems from a combine backshaft |
| US10188039B2 (en) * | 2015-09-30 | 2019-01-29 | Deere & Company | Electrical power generation for header systems from a combine backshaft |
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Application publication date: 20130109 |