CN203528826U - Rice planthopper eliminating unmanned aerial vehicle with colored rice insect damage image recognizer - Google Patents
Rice planthopper eliminating unmanned aerial vehicle with colored rice insect damage image recognizer Download PDFInfo
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- CN203528826U CN203528826U CN201320679164.2U CN201320679164U CN203528826U CN 203528826 U CN203528826 U CN 203528826U CN 201320679164 U CN201320679164 U CN 201320679164U CN 203528826 U CN203528826 U CN 203528826U
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Abstract
The utility model relates to a rice planthopper eliminating unmanned aerial vehicle with a colored rice insect damage image recognizer and belongs to the field of new agricultural aviation plant protection technologies. The electrically-propelled unmanned aerial vehicle powered by a storage battery flies overhead a paddy field, a vidicon and a camera installed in a photoelectric pod under the rice planthopper eliminating unmanned aerial vehicle input remotely-sensed colored rice insect damage images of the paddy field into a colored rice insect damage image storage system for storage, then the images are input into the colored rice insect damage image recognizer to be compared with a stored standard rice planthopper damage image, the rice planthopper harm situation is recognized as soon as possible, and rice planthopper harm information is input into a computer pesticide-spraying insect-killing instruction information system to be processed. An efficient pesticide for preventing and controlling rice planthopper is selected, an insect-killing instruction with set chemical pesticide spraying concentration and amount is automatically formulated, a pressure pump exerts pressure on insect-killing chemical pesticide liquid according to the instruction, and the pressurized chemical pesticide liquid is sprayed towards the paddy field through a pesticide-spraying tube under a right wing and a pesticide-spraying tube under a left wing to achieve rice planthopper elimination.
Description
Technical field
The utility model relates to a kind of unmanned plane of eliminating planthopper with colored rice insect pest image identifying instrument, belongs to agricultural aviation plant protection new technical field.
Background technology
Planthopper thorn water suction rice plants juice, and can propagate the virus of paddy rice.Planthopper is stabbed rice strain place and is brown streak, when serious, the basic stem stalk of rice strain rots, plant is withered, in the middle of green in flakes rice terrace, form masses of ' the yellow pool ', ' nest falls ' phenomenon, often cause the withered and yellow shape of large stretch of paddy rice of later stage to the pustulation period of tillering, on rice yield impact greatly, the lighter's underproduction 20%-30%, the underproduction 50% when serious, even causing full field, withered and yellow No kernels or seeds are gathered, as in a year of scarcity.The utility model people Miao TongChun is engaged in Rice Production work 30 years, the harm that checked planthopper is on-the-spot, with the hands separate dense green rice strain, two pin in the mud in rice field or shoaling layer difficult forward, mobile towards ' the yellow pool ' in green sea, pick up ' the yellow pool ' inner rice strain that stabbed by planthopper, that Huang withers, soft, see that thousands of planthopper insect jumps rampantly.Peasant cultivates rice plant that grow up, glossy and green arduous half a year, and the dead rice strain that is endangered into the withered stalk Huang of leaf by planthopper is distressed! The rice that will have after 1-2 months has not had like this.
Surviving the winter in Guangdong, the Guangxi province of planthopper on the south 26 ° of north latitude, occurs China is annual 3-8 generations.The long wing type of planthopper adult can grow the paddy rice producing region apart from migrate East China, North China, northeast.The adult of planthopper and nymph are clustered in thorn on the stem stalk of rice clump bottom and inhale juice, and phototaxis is strong, and the green type that becomes is also strong.Planthopper in groups by this slice rice terrace by green harm yellowly after, swarming goes to continue harm to the green rice strain on side again, takes food, breeds very fast on paddy rice, finds early, insecticide spraying is very important early.Before and after Rice Heading, plant grows tall, grows up, and peasant carries the medicinal liquor barrel of more than 30 jin of weight, hold Sprayer rod, be deep in paddy rice and go for ' the yellow pool ', spray medicine mist is controlled worm, the work efficiency of not only preventing and treating planthopper is low, progress slowly, not in time, and prevention effect is also not ideal enough.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, and a kind of unmanned plane of eliminating planthopper with colored rice insect pest image identifying instrument is provided.
Over nearly 5 years, the unmanned plane technology of China is fast-developing.Electric propulsion power system unmanned plane starts the unmanned plane that instead of gasoline driving engine is power, in flight course, in air, does not discharge carbon dioxide and pernicious gas, the ecology environment in protection paddy rice producing region, very environmental protection.The agricultural of low-latitude flying has broad application prospects with unmanned plane.Beidou satellite navigation location technology is controlled agricultural for remote controller and in flying speed, heading, the flying height in rice terrace overhead, the landing of taking off, is provided failure-free technical support with unmanned plane, makes agricultural can accurately to paddy rice, carry out spraying operation aloft with unmanned plane.Remote sensing technology can be obtained several coloured images that cause the color change of rice plant blade and stem stalk in planthopper hazard rice plant process, by colored rice insect pest image storage system and colored rice insect pest identifier, the hazard area of identification planthopper, hazard rating, harm time, the coloured image of the coloured image that planthopper is endangered in rice field and several planthopper harm that stored contrasts, in computing machine insecticide spraying Command Information Systems, process the information of planthopper hazard rice plant, work up the electronic information desinsection instruction of control planthopper, the electronic information desinsection instruction of control planthopper is by the regulation device of insecticide spraying command information antenna input pressure pump, regulation and control force lift is exerted pressure to the liquid in desinsection chemical pesticide fluid storage cabin, desinsection chemical pesticide liquid after pressurization sprays to ' the yellow pool ' of causing because of planthopper harm in green rice field through medicine spraying tube under medicine spraying tube under starboard wing and port wing, accurately medication, eliminate the planthopper that troops and endanger in ' the yellow pool ', the normal Grain Filling of protection paddy rice, grow up to the grain of rice.
The plant protection standard of chemical prevention planthopper is: look into insect density: average every square chi of early rice rice seedling bed has that 2 of adults are above, there is adult in late rice rice seedling bed more than 5, all should prevent and treat, and control period contains and incubates peak load conditions and be advisable with move into phase and ovum of adult.During spray medicine, in rice terrace, will have 3 centimetres of dark water layers, notice that the thick mist of spray is to the serious rice strain middle and lower part of planthopper, chemical pesticide is often selected 25% plain lice spirit wettable powder Against water spray or the fine colloidal suspending agent Against of 5% fluorine worm water spray.The utility model people once observed and uses the large area spray aviation of the full field of agricultural large aircraft to eliminate planthopper with insecticide, because large aircraft flight speed is fast, full field spray powder is long-pending large, dosage is large, control worm cost high, easily cause the pollution by pesticides of large area agricultural land soil and insulated stream, agricultural chemicals waste is serious.The utility model people often observes peasant and uses atomizing cone pesticide control planthopper, fill liquid, weight has the atomizing cone of two, 30 jin of weights to need between twenty and fifty peasant could carry on the back movingly, in the rice terrace of soon heading, while spraying medicine, walking, be very difficult, it is slow that spray medicine is controlled worm progress, is difficult to control breaking out of planthopper.The utility model adopts a kind of unmanned plane of eliminating planthopper with colored rice insect pest image identifying instrument, the below of the colored rice insect pest image storage system of unmanned plane is provided with the photoelectric nacelle of aiming at rice terrace, and the sensor of installing in photoelectric nacelle has: pick up camera, camera.In HDTV pick up camera and high resolution camera, include color image sensor, can perceive the image of the different color of various piece in rice terrace aloft, by remote sensing to colored paddy rice image by transmission line of information input color rice insect pest image storage system, store, then the planthopper insect pest standard picture of input color rice insect pest identifier and storage contrasts, find the heterochromia of rice terrace various piece, find the yellow short pool in rice field the heading stage in a slice green, thereby learn the place that planthopper troops, hazard conditions and the distribution situation of identification planthopper, the harm input information computing machine insecticide spraying Command Information Systems of planthopper is processed, select the highly effective pesticide Piao lice spirit of control planthopper or fluorine worm is fine or Imidacloprid, automatic computer is according to planthopper insect pest situation, automatically work out and spray the concentration of chemical pesticide and the desinsection instruction of quantity, force lift is exerted pressure to the liquid in desinsection chemical pesticide fluid storage cabin according to desinsection instruction, chemical pesticide liquid after pressurization precisely sprays to ' the yellow pool ' in green rice field along medicine spraying tube under medicine spraying tube under starboard wing and port wing, precisely hit thousands of planthoppers that are clustered in ' the yellow pool ', planthopper is all annihilated.
In order to solve the problems of the technologies described above, the utility model is achieved through the following technical solutions:
The unmanned plane 1 of eliminating planthopper comprises: fuselage forebody 13, fuselage latter half of 27, starboard wing 20, port wing 23, starboard tailplane 28, port tailplane 29, fuselage forebody 13 is provided with: electric propulsion screw propeller 2, transmission shaft 3, electrical motor 4, storage battery 5, colored rice insect pest image storage system 6, photoelectric nacelle 7, colored rice insect pest identifier 8, front walker 9, front walking wheel 10, computing machine insecticide spraying Command Information Systems 11, Big Dipper navigation antenna A12, insecticide spraying command information antenna 14, right walker 15, right lateral travelling wheel 16, left walker 17, left lateral travelling wheel 18, fuselage latter half of 27 is provided with: insecticide spraying command information antenna 14, force lift 25, desinsection chemical pesticide fluid storage cabin 26, starboard wing 20 is provided with: Big Dipper navigation antenna B19, under starboard wing, medicine spraying tube 21, and port wing 23 is provided with: Big Dipper navigation antenna C22, under port wing, medicine spraying tube 24, at the afterbody of eliminating the unmanned plane 1 of planthopper, starboard tailplane 28 are installed, port tailplane 29, a kind of unmanned plane of eliminating planthopper with colored rice insect pest image identifying instrument of the common composition of above each parts,
At fuselage forebody 13, electric propulsion screw propeller 2 is installed from front to back successively, transmission shaft 3, electrical motor 4, storage battery 5 forms the electric propulsion engine installation of the unmanned plane 1 of eliminating planthopper, colored rice insect pest image storage system 6 is installed at the rear of electric propulsion engine installation, below colored rice insect pest image storage system 6, photoelectric nacelle 7 is installed, at the rear of colored rice insect pest image storage system 6, colored rice insect pest identifier 8 is installed, at the rear of colored rice insect pest identifier 8, computing machine insecticide spraying Command Information Systems 11 is installed, insecticide spraying command information antenna 14 is installed above computing machine insecticide spraying Command Information Systems 11, on the top of eliminating the unmanned plane 1 of planthopper, Big Dipper navigation antenna A12 is installed, walker 9 and front walking wheel 10 before installing below eliminating unmanned plane 1 anterior of planthopper, eliminate planthopper unmanned plane 1 middle part below right walker 15 is installed, right lateral travelling wheel 16, left walker 17, left lateral travelling wheel 18, in the latter half of 27 interior installation desinsection chemical pesticide fluid storage cabins 26 of fuselage, setting pressure pump 25 on desinsection chemical pesticide fluid storage cabin 26, Big Dipper navigation antenna B19 is installed in the upper surface of starboard wing 20, medicine spraying tube 21 under starboard wing is installed on the lower floor surface of starboard wing 20, Big Dipper navigation antenna C22 is installed in the upper surface of port wing 23, medicine spraying tube 24 under port wing is installed on the lower floor surface of port wing 23, at the afterbody of eliminating the unmanned plane 1 of planthopper, starboard tailplane 28 is installed, port tailplane 29,
Storage battery 5 is connected with electrical motor 4 by built-in conductor wire, electrical motor 4 is connected with electric propulsion screw propeller 2 by transmission shaft 3, photoelectric nacelle 7 is connected with colored rice insect pest image storage system 6 by transmission line of information, colored rice insect pest image storage system 6 is connected with colored rice insect pest identifier 8 by transmission line of information, colored rice insect pest identifier 8 is connected with computing machine insecticide spraying Command Information Systems 11 by transmission line of information, computing machine insecticide spraying Command Information Systems 11 is connected with force lift 25 by insecticide spraying command information antenna 14, force lift 25 is interconnected by pressure device and desinsection chemical pesticide fluid storage cabin 26, desinsection chemical pesticide fluid storage cabin 26 is communicated with medicine spraying tube 24 under medicine spraying tube under starboard wing 21 and port wing by pipeline.
Storage battery 5 is lead-acid storage battery or nickel-cadmium cell or lithium ion battery.
Compared with prior art, the beneficial effects of the utility model are: 1. the use cost of unmanned plane is low, storage battery in the unmanned plane that electricity promotes adopts the little lithium ion battery of volume can repeatedly charge more than 5,000 times, the unmanned plane that electricity promotes does not discharge carbon dioxide and pernicious gas in atmosphere, both energy-conservation, environmental protection again.2. the unmanned plane that adopts Beidou satellite navigation system can remote control to eliminate planthopper enters the low latitude on the rice field that planthopper harm occurs fast, sprays the operation of medicine control planthopper.3. in the HDTV pick up camera in the photoelectric nacelle that install unmanned plane below and high resolution camera, include color image sensor, the color change of energy perception rice field various piece, from color change, learn the ground of trooping of planthopper, rely on combining closely of electronic information and mechanical spraying, to trooping of planthopper implement the accurate strike of pesticide, eliminate in a large number planthopper, shoot square, beat resolutely, with agricultural chemicals, economize good disinsection effect.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
The specific embodiment
With battery-driven electric propulsion unmanned plane, in the overhead of rice terrace, fly, be arranged on the pick up camera in the photoelectric nacelle of the unmanned plane below of eliminating planthopper, camera by remote sensing to rice terrace in colored rice insect pest image input color rice insect pest image storage system store, then the planthopper insect pest standard picture of input color rice insect pest identifier and storage contrasts, identify early the hazard conditions of planthopper, the harm input information computing machine insecticide spraying Command Information Systems of planthopper is processed, select the highly effective pesticide of control planthopper, automatically work out and spray the concentration of chemical pesticide and the desinsection instruction of quantity, force lift is exerted pressure to desinsection chemical pesticide liquid according to instruction, chemical pesticide liquid after pressurization sprays to rice field through medicine spraying tube under medicine spraying tube under starboard wing and port wing and eliminates planthopper.
The utility model is further described in connection with the embodiment in accompanying drawing below:
The unmanned plane 1 of eliminating planthopper comprises: fuselage forebody 13, fuselage latter half of 27, starboard wing 20, port wing 23, starboard tailplane 28, port tailplane 29, fuselage forebody 13 is provided with: electric propulsion screw propeller 2, transmission shaft 3, electrical motor 4, storage battery 5, colored rice insect pest image storage system 6, photoelectric nacelle 7, colored rice insect pest identifier 8, front walker 9, front walking wheel 10, computing machine insecticide spraying Command Information Systems 11, Big Dipper navigation antenna A12, insecticide spraying command information antenna 14, right walker 15, right lateral travelling wheel 16, left walker 17, left lateral travelling wheel 18, fuselage latter half of 27 is provided with: insecticide spraying command information antenna 14, force lift 25, desinsection chemical pesticide fluid storage cabin 26, starboard wing 20 is provided with: Big Dipper navigation antenna B19, under starboard wing, medicine spraying tube 21, and port wing 23 is provided with: Big Dipper navigation antenna C22, under port wing, medicine spraying tube 24, at the afterbody of eliminating the unmanned plane 1 of planthopper, starboard tailplane 28 are installed, port tailplane 29, a kind of unmanned plane of eliminating planthopper with colored rice insect pest image identifying instrument of the common composition of above each parts,
At fuselage forebody 13, electric propulsion screw propeller 2 is installed from front to back successively, transmission shaft 3, electrical motor 4, storage battery 5 forms the electric propulsion engine installation of the unmanned plane 1 of eliminating planthopper, colored rice insect pest image storage system 6 is installed at the rear of electric propulsion engine installation, below colored rice insect pest image storage system 6, photoelectric nacelle 7 is installed, at the rear of colored rice insect pest image storage system 6, colored rice insect pest identifier 8 is installed, at the rear of colored rice insect pest identifier 8, computing machine insecticide spraying Command Information Systems 11 is installed, insecticide spraying command information antenna 14 is installed above computing machine insecticide spraying Command Information Systems 11, on the top of eliminating the unmanned plane 1 of planthopper, Big Dipper navigation antenna A12 is installed, walker 9 and front walking wheel 10 before installing below eliminating unmanned plane 1 anterior of planthopper, eliminate planthopper unmanned plane 1 middle part below right walker 15 is installed, right lateral travelling wheel 16, left walker 17, left lateral travelling wheel 18, in the latter half of 27 interior installation desinsection chemical pesticide fluid storage cabins 26 of fuselage, setting pressure pump 25 on desinsection chemical pesticide fluid storage cabin 26, Big Dipper navigation antenna B19 is installed in the upper surface of starboard wing 20, medicine spraying tube 21 under starboard wing is installed on the lower floor surface of starboard wing 20, Big Dipper navigation antenna C22 is installed in the upper surface of port wing 23, medicine spraying tube 24 under port wing is installed on the lower floor surface of port wing 23, at the afterbody of eliminating the unmanned plane 1 of planthopper, starboard tailplane 28 is installed, port tailplane 29,
Storage battery 5 is connected with electrical motor 4 by built-in conductor wire, electrical motor 4 is connected with electric propulsion screw propeller 2 by transmission shaft 3, photoelectric nacelle 7 is connected with colored rice insect pest image storage system 6 by transmission line of information, colored rice insect pest image storage system 6 is connected with colored rice insect pest identifier 8 by transmission line of information, colored rice insect pest identifier 8 is connected with computing machine insecticide spraying Command Information Systems 11 by transmission line of information, computing machine insecticide spraying Command Information Systems 11 is connected with force lift 25 by insecticide spraying command information antenna 14, force lift 25 is interconnected by pressure device and desinsection chemical pesticide fluid storage cabin 26, desinsection chemical pesticide fluid storage cabin 26 is communicated with medicine spraying tube 24 under medicine spraying tube under starboard wing 21 and port wing by pipeline.
Storage battery 5 is lead-acid storage battery or nickel-cadmium cell or lithium ion battery.
From the electric current input electrical motor of storage battery output, in electrical motor, electric energy is converted to mechanical energy, and mechanical energy drives transmission shaft to drive electric propulsion screw propeller fast rotational, produces the flying power of unmanned plane.HDTV pick up camera in photoelectric nacelle and the color image sensor in high resolution camera are aimed at rice terrace, the rice field coloured image that remote sensing is obtained stores by transmission line of information input color rice insect pest image storage system, follow by transmission line of information the rice field coloured image input color rice insect pest identifier obtaining, in colored rice insect pest identifier, store the standard picture of coloured planthopper hazard rice, can contrast with the rice field coloured image of new acquisition and process and color change analysis, therefrom learn because of planthopper thorn water suction rice plants juice, cause the area of rice plant color change, the degree of color change, calculate the quantity of planthopper, obtain hazard rating information, insect pest information input computing machine insecticide spraying Command Information Systems, automatic computer works up the action scheme of eliminating planthopper according to insect pest information, and the electronic information desinsection instruction of formation control planthopper, the electronic information desinsection instruction of control planthopper is by the regulation device of insecticide spraying command information antenna input pressure pump, electronic information desinsection instruction regulation and control force lift according to control planthopper is exerted pressure to the liquid in desinsection chemical pesticide fluid storage cabin, desinsection chemical pesticide liquid after pressurization sprays to and occurs in green rice field in blocks through medicine spraying tube under medicine spraying tube under starboard wing and port wing, yellow, because planthopper endangers ' the yellow pool ' of causing, to being clustered in thousands of inner planthoppers of ' the yellow pool ', implement essence amount, accurately spray worm chemical pesticide and give accurate strike, a large amount of planthoppers of eliminating hazard rice growth.
Now enumerate embodiment as follows:
Embodiment mono-:
With the battery-powered electric propulsion unmanned plane of lithium-ion electric, in the overhead of rice terrace, fly, be arranged on the tele camera in the photoelectric nacelle of the unmanned plane below of eliminating planthopper, high resolution camera by remote sensing to rice terrace in colored rice insect pest image input color rice insect pest image storage system store, then the planthopper insect pest standard picture of input color rice insect pest identifier and storage contrasts, identify early the hazard conditions of planthopper, the harm input information computing machine insecticide spraying Command Information Systems of planthopper is processed, select the highly effective pesticide of control planthopper, automatically work out and spray the concentration of chemical pesticide and the desinsection instruction of quantity, force lift is exerted pressure to desinsection chemical pesticide liquid according to desinsection instruction, chemical pesticide liquid after pressurization sprays to rice field through medicine spraying tube under medicine spraying tube under starboard wing and port wing and eliminates planthopper.
Embodiment bis-:
With the electric propulsion unmanned plane of nickel-cadmium cell power supply, in the overhead of rice terrace, fly, be arranged on the tele camera in the photoelectric nacelle of the unmanned plane below of eliminating planthopper, high resolution camera by remote sensing to rice terrace in colored rice insect pest image input color rice insect pest image storage system store, then the planthopper insect pest standard picture of input color rice insect pest identifier and storage contrasts, identify early the hazard conditions of planthopper, the harm input information computing machine insecticide spraying Command Information Systems of planthopper is processed, select the highly effective pesticide of control planthopper, automatically work out and spray the concentration of chemical pesticide and the desinsection instruction of quantity, force lift is exerted pressure to desinsection chemical pesticide liquid according to desinsection instruction, chemical pesticide liquid after pressurization sprays to rice field through medicine spraying tube under medicine spraying tube under starboard wing and port wing and eliminates planthopper.
Claims (2)
1. with colored rice insect pest image identifying instrument, eliminate a unmanned plane for planthopper, it is characterized in that, the unmanned plane (1) of eliminating planthopper comprising: fuselage forebody (13), fuselage latter half of (27), starboard wing (20), port wing (23), starboard tailplane (28), port tailplane (29), fuselage forebody (13) is provided with: electric propulsion screw propeller (2), transmission shaft (3), electrical motor (4), storage battery (5), colored rice insect pest image storage system (6), photoelectric nacelle (7), colored rice insect pest identifier (8), front walker (9), front walking wheel (10), computing machine insecticide spraying Command Information Systems (11), Big Dipper navigation antenna A(12), insecticide spraying command information antenna (14), right walker (15), right lateral travelling wheel (16), left walker (17), left lateral travelling wheel (18), fuselage latter half of (27) is provided with: insecticide spraying command information antenna (14), force lift (25), desinsection chemical pesticide fluid storage cabin (26), starboard wing (20) is provided with: Big Dipper navigation antenna B(19), medicine spraying tube under starboard wing (21), port wing (23) is provided with: Big Dipper navigation antenna C(22), medicine spraying tube under port wing (24), is provided with starboard tailplane (28) at the afterbody of eliminating the unmanned plane (1) of planthopper, port tailplane (29), a kind of unmanned plane of eliminating planthopper with colored rice insect pest image identifying instrument of the common composition of above each parts,
Electric propulsion screw propeller (2) is installed successively from front to back in fuselage forebody (13), transmission shaft (3), electrical motor (4), storage battery (5) forms the electric propulsion engine installation of the unmanned plane (1) of eliminating planthopper, colored rice insect pest image storage system (6) is installed at the rear of electric propulsion engine installation, photoelectric nacelle (7) is installed in below in colored rice insect pest image storage system (6), at the rear of colored rice insect pest image storage system (6), colored rice insect pest identifier (8) is installed, computing machine insecticide spraying Command Information Systems (11) is installed at rear at colored rice insect pest identifier (8), insecticide spraying command information antenna (14) is installed in top at computing machine insecticide spraying Command Information Systems (11), on the top of eliminating the unmanned plane (1) of planthopper, Big Dipper navigation antenna A(12 is installed), walker (9) and front walking wheel (10) before install the anterior below of eliminating the unmanned plane (1) of planthopper, in the below at middle part of eliminating the unmanned plane (1) of planthopper, right walker (15) is installed, right lateral travelling wheel (16), left walker (17), left lateral travelling wheel (18), desinsection chemical pesticide fluid storage cabin (26) is installed in fuselage latter half of (27), the upper setting pressure pump (25) in desinsection chemical pesticide fluid storage cabin (26), Big Dipper navigation antenna B(19 is installed in the upper surface of starboard wing (20)), medicine spraying tube under starboard wing (21) is installed on the lower floor surface of starboard wing (20), Big Dipper navigation antenna C(22 is installed in the upper surface of port wing (23)), medicine spraying tube under port wing (24) is installed on the lower floor surface of port wing (23), at the afterbody of eliminating the unmanned plane (1) of planthopper, starboard tailplane (28) is installed, port tailplane (29),
Storage battery (5) is connected with electrical motor (4) by built-in conductor wire, electrical motor (4) is connected with electric propulsion screw propeller (2) by transmission shaft (3), photoelectric nacelle (7) is connected with colored rice insect pest image storage system (6) by transmission line of information, colored rice insect pest image storage system (6) is connected with colored rice insect pest identifier (8) by transmission line of information, colored rice insect pest identifier (8) is connected with computing machine insecticide spraying Command Information Systems (11) by transmission line of information, computing machine insecticide spraying Command Information Systems (11) is connected with force lift (25) by insecticide spraying command information antenna (14), force lift (25) is interconnected by pressure device and desinsection chemical pesticide fluid storage cabin (26), desinsection chemical pesticide fluid storage cabin (26) is communicated with medicine spraying tube (24) under medicine spraying tube under starboard wing (21) and port wing by pipeline.
2. a kind of unmanned plane of eliminating planthopper with colored rice insect pest image identifying instrument according to claim 1, is characterized in that, described storage battery (5) is lead-acid storage battery or nickel-cadmium cell or lithium ion battery.
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| CN201320679164.2U CN203528826U (en) | 2013-10-31 | 2013-10-31 | Rice planthopper eliminating unmanned aerial vehicle with colored rice insect damage image recognizer |
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| CN103523234A (en) * | 2013-10-31 | 2014-01-22 | 无锡同春新能源科技有限公司 | Unmanned aerial vehicle with colorized rice insect pest image recognition instrument and for killing rice planthoppers |
| WO2015154148A1 (en) * | 2014-04-10 | 2015-10-15 | Ninox Robotics Pty Ltd | Baiting method and apparatus for pest control |
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| CN104149977A (en) * | 2014-08-25 | 2014-11-19 | 无锡同春新能源科技有限公司 | Front single unmanned aerial vehicle pushing nanometer titania photocatalysis net to remove fog and haze |
| CN104149977B (en) * | 2014-08-25 | 2016-03-30 | 无锡同春新能源科技有限公司 | Forward type advances nano titanium dioxide photocatalysis net to eliminate the single rack unmanned plane of haze |
| CN104699111A (en) * | 2015-03-25 | 2015-06-10 | 成都好飞机器人科技有限公司 | Disease/insect pest prevention and treatment apparatus based on unmanned aerial vehicle |
| CN104700575A (en) * | 2015-03-27 | 2015-06-10 | 尚乐 | Safe water rescue system and method |
| CN104764533A (en) * | 2015-03-31 | 2015-07-08 | 梁伟 | Intelligent agricultural system based on unmanned aerial vehicle image collecting and thermal infrared imager |
| US12117831B2 (en) | 2017-01-23 | 2024-10-15 | The Board Of Trustees Of The University Of Illinois | Adaptive cyber-physical system for efficient monitoring of unstructured environments |
| US11703855B2 (en) | 2017-01-23 | 2023-07-18 | The Board Of Trustees Of The University Of Illinois | Adaptive cyber-physical system for efficient monitoring of unstructured environments |
| US11199838B2 (en) | 2017-01-23 | 2021-12-14 | The Board Of Trustees Of The University Of Illinois | Adaptive cyber-physical system for efficient monitoring of unstructured environments |
| CN111511203A (en) * | 2017-12-20 | 2020-08-07 | 英特维特国际股份有限公司 | Method and system for fish external parasite monitoring in aquaculture |
| CN111511202A (en) * | 2017-12-20 | 2020-08-07 | 英特维特国际股份有限公司 | System for fish external parasite monitoring in aquaculture |
| CN111491508B (en) * | 2017-12-20 | 2022-05-24 | 英特维特国际股份有限公司 | System for fish ectoparasite monitoring in aquaculture |
| US11533893B2 (en) | 2017-12-20 | 2022-12-27 | Intervet Inc. | Method and system for external fish parasite monitoring in aquaculture |
| US11632939B2 (en) | 2017-12-20 | 2023-04-25 | Intervet Inc. | System for external fish parasite monitoring in aquaculture |
| CN111511201A (en) * | 2017-12-20 | 2020-08-07 | 英特维特国际股份有限公司 | System for fish external parasite monitoring in aquaculture |
| US11825814B2 (en) | 2017-12-20 | 2023-11-28 | Intervet Inc. | System for external fish parasite monitoring in aquaculture |
| US11849707B2 (en) | 2017-12-20 | 2023-12-26 | Intervet Inc. | Method and system for external fish parasite monitoring in aquaculture |
| US11980170B2 (en) | 2017-12-20 | 2024-05-14 | Intervet Inc. | System for external fish parasite monitoring in aquaculture |
| CN111491508A (en) * | 2017-12-20 | 2020-08-04 | 英特维特国际股份有限公司 | System for fish external parasite monitoring in aquaculture |
| US12127535B2 (en) | 2017-12-20 | 2024-10-29 | Intervet Inc. | Method and system for external fish parasite monitoring in aquaculture |
| US12336515B2 (en) | 2017-12-20 | 2025-06-24 | Intervet Inc. | Method and system for external fish parasite monitoring in aquaculture |
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