CN102870545A - Graphene electric mower - Google Patents
Graphene electric mower Download PDFInfo
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- CN102870545A CN102870545A CN2012103049538A CN201210304953A CN102870545A CN 102870545 A CN102870545 A CN 102870545A CN 2012103049538 A CN2012103049538 A CN 2012103049538A CN 201210304953 A CN201210304953 A CN 201210304953A CN 102870545 A CN102870545 A CN 102870545A
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- graphene
- guard shield
- cutterhead
- lithium ion
- ion battery
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- 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
Abstract
The invention relates to a graphene electric mower and belongs to the technical field of application of new material and new energy resource agricultural machinery. A graphene blade is installed under a graphene cutter disc. A guard shield is installed above the graphene cutter disc. Graphene leads, a graphene photovoltaic controller and a graphene lithium ion battery are installed inside the guard shield. A graphene solar battery is arranged on a plane of the top of the guard shield. A switch is installed on the upper half part of the guard shield. Front graphene travelling wheels are installed at the front end outside the lower half part of the guard shield; and rear graphene travelling wheels are installed at the rear end outside the lower half part of the guard shield. A handhold is installed behind the rear graphene travelling wheels. The graphene solar battery is connected with the graphene photovoltaic controller through one graphene lead. The graphene photovoltaic controller is connected with the graphene lithium ion battery through one graphene lead. The lithium ion battery is connected with the switch and a graphene motor through another graphene lead. The graphene motor is connected with the graphene cutter disc through a graphene transmission shaft.
Description
Technical field
The present invention relates to a kind of Graphene power-operated mower, belong to new material, new forms of energy agricultural machinery applied technical field.
Background technology
Before 19th century, peasants and herdsmen hold reaping hook and mow.Mower had appearred in Britain in 1805, and the frame for movement of mower in 1830 is improved.Use animal power reciprocation type mower the twenties in 20th century, 20 century 70s begin to produce and to use rotary mower mid-term.Mower mainly is divided at present: shuttle low mower, tractor mounted mower, rotary mower, solar energy mower four major types.
What mow in Inner Mongolian grassland is large-scale mower, greenweed is cut shone dry doubling and be in store, as the forage grass in winter of the livestocks such as the ox of food grass, sheep.Over nearly 20 years, do real estate in the city, in many residential quarters green grassland is arranged, generally use small mower.Noise is large when originally using as the small mower of power with petrol engine, pollutes heavy.Mower is carried out ' oil changes electricity ', with lithium ion battery instead of gasoline engine as power after because the charging interval of lithium ion battery reaches several hours, it is inconvenient that operating personnel feel.
The maximum hidden danger that mower exists is that cutterhead damages easily, and blade fractures easily.Operating personnel wish that the mowing position of mower can hang down, the stubble height of greenweed can be shorter, yet it is turned or fracture to be hidden in blade that stone in the thick grass or metal can make High Rotation Speed, mower at present used blade is made with ferrous materials, the iron and steel blade is not accomplished ' cutting through iron as if it were mud ' at present, and is meadow cutter one disconnected must using instead, both time-consuming, sweat has also affected work again.
Summary of the invention
The object of the invention is to overcome above-mentioned weak point, a kind of Graphene power-operated mower is provided.
2004, the physicist An Deliehaimu of Univ Manchester UK and Constantine Nuo Woxiaoluofu successfully isolated Graphene from graphite, and confirmed that Graphene can individualism, and two Human Factor Research's Graphenes are common to obtain Nobel Prize in physics in 2010.
The appearance of Graphene new material has brought hope to the update of mower.At first Graphene is the thin material of intensity maximum in the world up to now, holding most flimsy parts in the mower is exactly blade, the Graphene blade is not only thin but also sharp, be not afraid of and run into stone and the tree root that is hidden in the thick grass, can cut broken any hard article, Graphene cutterhead fast rotational, the Graphene blade ' cuts through iron as if it were mud ', Graphene cutterhead and Graphene blade are durable in use, are not easy to break down, and the operating efficiency of Graphene power-operated mower improves greatly.The structure of Graphene is the plane hexagonal lattice, each carbon atom is SPZ hydridization, and the electronics on P track of contribution residue forms large π key, pi-electron can move freely, make Graphene become in the world electric conductivity best material, electronics movement velocity has therein reached one of three percentages of the light velocity, considerably beyond the movement velocity of electronics in silver-colored material or copper material.Existing mower relies on petrol engine that power is provided, a large amount of carbonic acid gas, sulphur dioxide and other the pernicious gases of discharging during petrol engine work, pollution of ecological environment, after changing mower into power-operated mower with lithium ion battery instead of gasoline engine, the problem that the lithium ion cell charging time is long, affect mowing speed has appearred again, with the cathode material of Graphene new material as lithium ion battery, can with the charging interval from shortening to more than a minute more than three hours, the operating efficiency of Graphene power-operated mower improves greatly.Graphene or a kind of light material, the fuselage weight of Graphene power-operated mower only have half of iron and steel power-operated mower fuselage weight, and it is few, very energy-conservation to use the Graphene power-operated mower to consume the energy.Graphene conductive line speed power transmission is fast.
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, graphene conductive line 3, Graphene photovoltaic controller 4, graphene lithium ion battery 5, switch 6, Graphene front walking wheel 7, Graphene electromotor 8, Graphene power transmission shaft 9, Graphene cutterhead 10, Graphene blade 11, Graphene rear walking wheel 12, guard shield 13, hand steered the 14 common Graphene power-operated mowers 1 that form;
Graphene blade 11 is installed below Graphene cutterhead 10, guard shield 13 is installed above Graphene cutterhead 10, graphene conductive line 3, Graphene photovoltaic controller 4, graphene lithium ion battery 5 are installed in inside at guard shield 13, Graphene solar cell 2 is installed on plane at guard shield 13 tops, antetheca at guard shield 13 first halves is installed switch 6, front end in guard shield 13 Lower Halves outside is installed Graphene front walking wheel 7, Graphene rear walking wheel 12 is installed in rear end in guard shield 13 Lower Halves outside, installs hand steered 14 at the rear of Graphene rear walking wheel 12;
Graphene solar cell 2 is connected with Graphene photovoltaic controller 4 by graphene conductive line 3, Graphene photovoltaic controller 4 is connected with graphene lithium ion battery 5 by graphene conductive line 3, graphene lithium ion battery 5 is connected with switch 6 by graphene conductive line 3, and switch 6 is connected with Graphene electromotor 8 by graphene conductive line 3; Graphene electromotor 8 is connected with Graphene cutterhead 10 by Graphene power transmission shaft 9, and Graphene blade 11 is fixed on the below of Graphene cutterhead 10 according to the arrangement of design.
The rotary speed of Graphene cutterhead 10 is per minute 1 circle-120 circles.
The grain cutting width of Graphene cutterhead 10 is 200mm-1200mm.
The quantity of Graphene blade 11 is 6-120.
The invention has the beneficial effects as follows: the intensity that has 1. significantly improved the critical component Graphene cutterhead of Graphene power-operated mower and Graphene blade particularly Graphene blade can be not turned or be fractureed the fault when having reduced work.2. greatly shorten the charging interval of graphene lithium ion battery, improved operating efficiency.3. the fuselage weight of Graphene power-operated mower is lighter than iron and steel mower, has saved the energy during use.4. the electronics speed of service in graphene conductive line, Graphene solar cell, the Graphene photovoltaic controller fast, bring the operating efficiency of each electronic unit generally to be improved.
Description of drawings
Fig. 1 is structural representation of the present invention.
Embodiment
Make the Graphene cutterhead with the Graphene new material, fixed installation Graphene blade below the Graphene cutterhead, above the Graphene cutterhead, guard shield is installed, at inner graphene conductive line, Graphene photovoltaic controller, the graphene lithium ion battery installed of guard shield, the Graphene solar cell is installed on plane at the guard shield top, antetheca at the guard shield first half is installed switch, front end in guard shield Lower Half outside is installed the Graphene front walking wheel, the Graphene rear walking wheel is installed in rear end in guard shield Lower Half outside, installs hand steered at the rear of Graphene rear walking wheel.The Graphene electromotor is connected with the Graphene cutterhead by the Graphene power transmission shaft, and the Graphene blade is fixed on the below of Graphene cutterhead.Graphene cutterhead and the strong durable fault of Graphene blade made with Graphene are few.The graphene lithium ion battery charging made from Graphene is fast.
Following the present invention is further described in connection with the embodiment in the accompanying drawing:
By Graphene solar cell 2, graphene conductive line 3, Graphene photovoltaic controller 4, graphene lithium ion battery 5, switch 6, Graphene front walking wheel 7, Graphene electromotor 8, Graphene power transmission shaft 9, Graphene cutterhead 10, Graphene blade 11, Graphene rear walking wheel 12, guard shield 13, hand steered the 14 common Graphene power-operated mowers 1 that form;
Graphene blade 11 is installed below Graphene cutterhead 10, guard shield 13 is installed above Graphene cutterhead 10, graphene conductive line 3, Graphene photovoltaic controller 4, graphene lithium ion battery 5 are installed in inside at guard shield 13, Graphene solar cell 2 is installed on plane at guard shield 13 tops, antetheca at guard shield 13 first halves is installed switch 6, front end in guard shield 13 Lower Halves outside is installed Graphene front walking wheel 7, Graphene rear walking wheel 12 is installed in rear end in guard shield 13 Lower Halves outside, installs hand steered 14 at the rear of Graphene rear walking wheel 12;
Graphene solar cell 2 is connected with Graphene photovoltaic controller 4 by graphene conductive line 3, Graphene photovoltaic controller 4 is connected with graphene lithium ion battery 5 by graphene conductive line 3, graphene lithium ion battery 5 is connected with switch 6 by graphene conductive line 3, and switch 6 is connected with Graphene electromotor 8 by graphene conductive line 3; Graphene electromotor 8 is connected with Graphene cutterhead 10 by Graphene power transmission shaft 9, and Graphene blade 11 is fixed on the below of Graphene cutterhead 10 according to the arrangement of design.
The rotary speed of Graphene cutterhead 10 is per minute 1 circle-120 circles.
The grain cutting width of Graphene cutterhead 10 is 200mm-1200mm.
The quantity of Graphene blade 11 is 6-120.
In state-owned abundant graphite resource, can be for producing Graphene, in state-owned abundant lithium ore resources, can be for making lithium ion battery, therefore, the raw material of made in China Graphene lithium-ion energy storage battery is very abundant, and the raw material of made in China Graphene power-operated mower is equally very abundant.Solar light irradiation Graphene solar cell generation current, electric current is adjusted, is then inputted the graphene lithium ion battery store electrical energy by the graphene conductive line by graphene conductive line input Graphene photovoltaic controller.When switch open is connected circuit, input the Graphene electromotor from the electric current of graphene lithium ion battery output by switch, graphene conductive line, electric energy converts mechanical energy in the Graphene electromotor, from the mechanical energy of the Graphene electromotor output fast rotational by the Graphene power transmission shaft, drive the Graphene cutterhead and be fixed on Graphene blade fast rotational on the Graphene cutterhead, cut off greenweed.Operating personnel's hand-to-hand grip handle, the Graphene front walking wheel, the Graphene rear walking wheel that promote Graphene power-operated mower bottom move forward, in mobile process, rely on the fast rotational of Graphene blade to cut off greenweed, after having cut the greenweed of a view picture width, be close to the greenweed of cutting off again a view picture width, until the greenweed on the meadow has been cut.
It is as follows now to enumerate embodiment:
Embodiment one:
Make the Graphene cutterhead with the Graphene new material, the per minute rotary speed be 30 the circle, grain cutting width is that 60 Graphene blades are installed in the below of the Graphene cutterhead of 600mm, above the Graphene cutterhead, guard shield is installed, at the inner graphene conductive line of installing of guard shield, the Graphene photovoltaic controller, graphene lithium ion battery, the Graphene solar cell is installed on plane at the guard shield top, antetheca at the guard shield first half is installed switch, front end in guard shield Lower Half outside is installed the Graphene front walking wheel, the Graphene rear walking wheel is installed in rear end in guard shield Lower Half outside, installs hand steered at the rear of Graphene rear walking wheel.The Graphene electromotor is connected with the Graphene cutterhead by the Graphene power transmission shaft, and 60 Graphene blades are fixed on the below that the per minute rotary speed is the Graphene cutterhead of 30 circles.Graphene cutterhead and the strong durable fault of Graphene blade made with the Graphene new material are few, and the graphene lithium ion battery charging made from Graphene is fast.
Embodiment two:
Make the Graphene cutterhead with the Graphene new material, the per minute rotary speed be 45 the circle, grain cutting width is that 80 Graphene blades are installed in the below of the Graphene cutterhead of 800mm, above the Graphene cutterhead, guard shield is installed, at the inner graphene conductive line of installing of guard shield, the Graphene photovoltaic controller, graphene lithium ion battery, the Graphene solar cell is installed on plane at the guard shield top, antetheca at the guard shield first half is installed switch, front end in guard shield Lower Half outside is installed the Graphene front walking wheel, the Graphene rear walking wheel is installed in rear end in guard shield Lower Half outside, installs hand steered at the rear of Graphene rear walking wheel.The Graphene electromotor is connected with the Graphene cutterhead by the Graphene power transmission shaft, and 80 Graphene blades are fixed on the below that the per minute rotary speed is the Graphene cutterhead of 45 circles.Graphene cutterhead and the strong durable fault of Graphene blade made with the Graphene new material are few, and the graphene lithium ion battery charging made from Graphene is fast.
Claims (4)
1. Graphene power-operated mower, it is characterized in that, jointly form Graphene power-operated mower (1) by Graphene solar cell (2), graphene conductive line (3), Graphene photovoltaic controller (4), graphene lithium ion battery (5), switch (6), Graphene front walking wheel (7), Graphene electromotor (8), Graphene power transmission shaft (9), Graphene cutterhead (10), Graphene blade (11), Graphene rear walking wheel (12), guard shield (13), hand steered handle (14);
Graphene blade (11) is installed in below at Graphene cutterhead (10), guard shield (13) is installed in top at Graphene cutterhead (10), graphene conductive line (3) is installed in inside at guard shield (13), Graphene photovoltaic controller (4), graphene lithium ion battery (5), Graphene solar cell (2) is installed on plane at guard shield (13) top, antetheca at guard shield (13) first half is installed switch (6), front end in guard shield (13) Lower Half outside is installed Graphene front walking wheel (7), Graphene rear walking wheel (12) is installed in rear end in guard shield (13) Lower Half outside, at the rear of Graphene rear walking wheel (12) hand steered handle (14) is installed;
Graphene solar cell (2) is connected with Graphene photovoltaic controller (4) by graphene conductive line (3), Graphene photovoltaic controller (4) is connected with graphene lithium ion battery (5) by graphene conductive line (3), graphene lithium ion battery (5) is connected with switch (6) by graphene conductive line (3), and switch (6) is connected with Graphene electromotor (8) by graphene conductive line (3); Graphene electromotor (8) is connected with Graphene cutterhead (10) by Graphene power transmission shaft (9), and Graphene blade (11) is fixed on the below of Graphene cutterhead (10) according to the arrangement of design.
2. a kind of Graphene power-operated mower according to claim 1 is characterized in that, the rotary speed of described Graphene cutterhead (10) is per minute 1 circle-120 circles.
3. a kind of Graphene power-operated mower according to claim 1 is characterized in that, the grain cutting width of described Graphene cutterhead (10) is 200mm-1200mm.
4. a kind of Graphene power-operated mower according to claim 1 is characterized in that, the quantity of described Graphene blade (11) is 6-120.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012103049538A CN102870545A (en) | 2012-08-26 | 2012-08-26 | Graphene electric mower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012103049538A CN102870545A (en) | 2012-08-26 | 2012-08-26 | Graphene electric mower |
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| Publication Number | Publication Date |
|---|---|
| CN102870545A true CN102870545A (en) | 2013-01-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012103049538A Pending CN102870545A (en) | 2012-08-26 | 2012-08-26 | Graphene electric mower |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103560294A (en) * | 2013-11-05 | 2014-02-05 | 沈晓斌 | Application of zero power source-lithium ion battery battery pack as weeding machine power source |
| CN110121261A (en) * | 2016-12-26 | 2019-08-13 | 本田技研工业株式会社 | Working equipment |
-
2012
- 2012-08-26 CN CN2012103049538A patent/CN102870545A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103560294A (en) * | 2013-11-05 | 2014-02-05 | 沈晓斌 | Application of zero power source-lithium ion battery battery pack as weeding machine power source |
| CN110121261A (en) * | 2016-12-26 | 2019-08-13 | 本田技研工业株式会社 | Working equipment |
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| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20130116 |