CN202863762U - Bionic reconnaissance unmanned aerial vehicle for mosquito eradication - Google Patents
Bionic reconnaissance unmanned aerial vehicle for mosquito eradication Download PDFInfo
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- CN202863762U CN202863762U CN 201220567304 CN201220567304U CN202863762U CN 202863762 U CN202863762 U CN 202863762U CN 201220567304 CN201220567304 CN 201220567304 CN 201220567304 U CN201220567304 U CN 201220567304U CN 202863762 U CN202863762 U CN 202863762U
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Abstract
The utility model relates to a bionic reconnaissance unmanned aerial vehicle for mosquito eradication and belongs to the technical field of epidemic prevention. The bionic reconnaissance unmanned aerial vehicle for mosquito eradication is characterized in that a screw propeller is installed in front of a body; a right wing, a right solar battery and a right high frequency ultrasonic transmitting device are installed on the right side of the body; a left wing, a left solar battery and a left high frequency ultrasonic transmitting device are installed on the left side of the body; a power output shaft, a motor, a right controller, a left controller, an electric lead and an energy storage battery are installed on the front half of the body; a high frequency ultrasonic echo sonar, an echo location system, an echo location transmitting antenna, a wireless remote control navigation system, a wireless remote control navigation receiving antenna, and an electric lead are installed on the rear half of the body; and an empennage is installed on the tail part of the body. A mosquito information computer processing center, an analyzing and storing system and a mosquito eradication reconnaissance command center are installed on the ground, and a mosquito eradication reconnaissance command transmitting antenna is installed on the center. A wireless remote control navigation transmitting antenna, a computer system and an information storage system are additionally installed.
Description
Technical field
The utility model relates to a kind of kill mosquito with bionical scouting unmanned plane, belongs to the health and epidemic prevention technical field.
Background technology
Over the past thousands of years, the mosquitoes spread various diseases is given human, has caused human mortality.In recent years, mosquito was more and more serious to the threat of human survival and health.Estimate that according to the World Health Organigation 2010, about 65.5 ten thousand people in the whole world died from the malaria of mosquitoes spread.Because the plasmodium drug resistance increases, people need to come malaria control with new medicine and treatment means.The west nile virus that in August, 2012, the U.S. broke out mosquitoes spread, U.S. CDC announced August 22, had found that 1118 people infect west nile virus, 41 people are dead, the epidemic situation of Texas is particularly serious, confirms case, dead 21 people for existing 586.Because west nile virus is at present without specific, topmost preventive prevent mosquito bite and a large amount of elimination mosquito exactly.For kill mosquito, Texas Houston city at first sets out Harris prefecture the aircraft kill mosquito of spreading pesticides on a large scale.To early September, the number that the U.S. infects west nile virus increases sharply, and death toll rises to 118 people.The states such as U.S. Mississippi, Louisiana, South Dakota, Oklahoma are in succession set out the aircraft large tracts of land and are broadcasted sowing the kill mosquito of pest control with insecticide medicament.West nile virus has propagated into Europe, America from Africa, in the near future, also will propagate in the world more human living ground.Unite as one, eliminate mosquito, become the universe's urgent task.
Owing to use the large and medium-sized aircraft of non-kill mosquito special use to broadcast sowing over the sky the pest control with insecticide medicament, cause easily environmental pollution.If there is not to scout the density situation know mosquito in the open air distribution situation of mosquito, the air, broadcast sowing the pest control with insecticide medicament everywhere and carry out the large tracts of land kill mosquito with regard to hastily setting out aircraft, be bound to cause a large amount of wastes of fossil energy and kill mosquito medicament, increase many kill mosquito costs.
In recent years, human making rapid progress as the solar powered aircraft manufacturing technology that advances the energy with solar radiation of making, American Space General Administration subsidizes ' Apollo ' solar powered aircraft of development when the Hawaii examination is sent out, flying height reaches 22800 meters, and Switzerland makes ' sun driving ' number solar powered aircraft on July 24th, 2012 is manned from Europe to fly to reach Africa.At present, during a kind of kill mosquito has been manufactured experimently by the utility model people with bionical scouting unmanned plane, the special-purpose bionical scouting unmanned plane of kill mosquito of solar power or solar power spark ignition engine hybrid power does not appear also in the world adopting.
The utility model content
The purpose of this utility model is to overcome above-mentioned weak point, provides a kind of kill mosquito with bionical scouting unmanned plane.
In biosphere, there is a kind of master-hand who eliminates mosquito to be named as bat, a carnivorism bat can eat up 3,000 mosquitoes in the evening, does how fast, accurately bat find mosquito awing? originally the head of carnivorism bat has accurate echolocation system, be one one high efficiency ' live radar ', can in the environment of complete darkness, fly and prey on mosquitoes.Long on the snout of bat head have ' nose leaf ' structure, can continuously send ultra-high frequency ultrasonic wave, and ultra-high frequency ultrasonic wave is run into mosquito and can be reflected, and then received by large auricle and the communication that reflects is analyzed in brain.Bat can be differentiated direction according to echo, is the flight path location, accurately distinguishes the position at mosquito place, effectively chases and eats.Bionics is the science of mimic biology building technology device.Core technology of the present utility model is: a kind of kill mosquito is built the echo location device of a complete set of precision with bionical scouting unmanned plane imitation bat, scouts and find mosquito in the open air.Be installed in the right high frequency ultrasound wave transmitting device on the starboard wing and be installed in long ' nose leaf ' structure that has on the snout of the left high frequency ultrasound wave transmitting device imitation bat head on the port wing, can continuously send ultra-high frequency ultrasonic wave, ultra-high frequency ultrasonic wave runs into mosquito or the mosquito group reflects, the large auricle that is installed in the ultra-high frequency ultrasonic wave echo sonar imitation bat on the fuselage can be accepted the ultra-high frequency ultrasonic wave that reflects, and the mosquito communication that will wherein comprise carries out analyzing and processing with the echolocation system in the bionical scouting unmanned aerial vehicle body for a kind of kill mosquito of the echolocation system in the imitation bat brain, thereby determine the direction at mosquito place, position and quantity and active situation, and by the echolocation emitting antenna mosquito information that spies out is sent in the air, after being located at ground mosquito information receiving wire reception information, process by built-in conductor wire input mosquito information computer processing enter, then analyze and store by built-in conductor wire input mosquito information analysis and stocking system, then by built-in conductor wire analysis result is inputted kill mosquito and scout command centre, scout the information that command centre sends out from kill mosquito: scout the instruction issue antenna by kill mosquito on the one hand and send, spray medicine fight navigationsystem for a kind of kill mosquito spray medicine fight unmanned plane adopts, send wireless remote control navigation information storage system stores to by the information data transmission line on the one hand, and process by built-in conductor wire input wireless remote control navigation computer system and to draw the wireless remote control navigation instruction, navigate for a kind of kill mosquito with wireless remote control navigation receiving wire and the wireless remote control navigationsystem of bionical scouting unmanned aerial vehicle body inside by wireless remote control navigation transmission antennas transmit wireless remote control navigation instruction, guide a kind of kill mosquito on reed marshes and shallow water face, to carry out low-latitude flying with bionical scouting unmanned plane, in order to continue to spy out the mosquito group of more dancing in the air.
Because the flying height of mosquito is no more than 100 meters, the transverse distance of flight is half kilometer to 5 kilometers, and flight is 180 kilometers at a distance with fair wind.In order to find flexibly, fast the mosquito group, adopting lightweight, as to move fast unmanned plane manufacturing technology to make a kind of kill mosquito can save the energy, reduce cost with bionical scouting unmanned plane, quick sensing also provides mosquito to distribute and action message catches up with the mosquito group to a kind of kill mosquito with the spray medicine unmanned plane of fighting, the pyrethrins mist that eject accurately, in right amount efficiently kill mosquito, does not injure human body is again eliminated open-air mosquito in a large number, prevents that mosquito from flying into cities and towns and stining the people everywhere and suck blood, spread disease.
In order to solve the problems of the technologies described above, the utility model is achieved through the following technical solutions::
By fuselage 2, propeller 3, starboard wing 4, port wing 5, right solar cell 6, left solar cell 7, right controller 8, left controller 9, right high frequency ultrasound wave transmitting device 10, left high frequency ultrasound wave transmitting device 11, electrical motor 12, power take-off shaft 13, conductor wire 14, energy-storage battery 15, ultra-high frequency ultrasonic wave echo sonar 16, echolocation system 17, echolocation emitting antenna 18, wireless remote control navigationsystem 19, wireless remote control navigation receiving wire 20, empennage 21 is common to form a kind of kill mosquito with bionical scouting unmanned plane 1, wireless remote control navigation emitting antenna 22, wireless remote control navigation computer system 23, wireless remote control navigation information stocking system 24 is common to form a kind of kill mosquito with the wireless remote control of bionical scouting unmanned plane 1 ground command system that navigates, mosquito information receiving wire 25, mosquito information computer processing enter 26, mosquito information analysis and stocking system 27, command centre 28 is scouted in kill mosquito, instruction issue antenna 29 is scouted in kill mosquito, information data transmission line 30 is common to form a kind of kill mosquito with the ground kill mosquito Reconnaissance Information System of bionical scouting unmanned plane 1, a kind of kill mosquito with bionical scouting unmanned plane 1 when the execution kill mosquito reconnaissance mission below reed marshes 31 is arranged, shallow water face 32 and the mosquito group 33 of dancing in the air;
Propeller 3 is installed in the place ahead at fuselage 2, starboard wing 4 is installed on right side at fuselage 2, right solar cell 6 and right high frequency ultrasound wave transmitting device 10 are installed in surface at starboard wing 4, port wing 5 is installed in left side at fuselage 2, left solar cell 7 and left high frequency ultrasound wave transmitting device 11 are installed in surface at port wing 5, forebody at fuselage 2 is installed power take-off shaft 13, electrical motor 12, right controller 8, left controller 9, conductor wire 14, energy-storage battery 15, latter half of installation ultra-high frequency ultrasonic wave echo sonar 16 at fuselage 2, echolocation system 17, echolocation emitting antenna 18, wireless remote control navigationsystem 19, wireless remote control navigation receiving wire 20, conductor wire 14, afterbody at fuselage 2 is equipped with empennage 21, mosquito information computer processing enter 26 is installed below mosquito information receiving wire 25, mosquito information analysis and stocking system 27 are installed below mosquito information computer processing enter 26, command centre 28 is scouted in the installation kill mosquito below mosquito information analysis and stocking system 27, instruction issue antenna 29 is scouted in the installation kill mosquito on command centre 28 is scouted in kill mosquito, installation wireless remote control navigation computer system 23 below wireless remote control navigation emitting antenna 22, installation wireless remote control navigation information stocking system 24 below wireless remote control navigation computer system 23;
Right solar cell 6 is connected with right controller 8 by conductor wire 14, right high frequency ultrasound wave transmitting device 10 is connected with right controller 8 by conductor wire 14, right controller 8 is connected with electrical motor 12 by conductor wire 14, right controller 8 is connected with energy-storage battery 15 by conductor wire 14, left solar cell 7 is connected with left controller 9 by conductor wire 14, left high frequency ultrasound wave transmitting device 11 is connected with left controller 9 by conductor wire 14, left controller 9 is connected with electrical motor 12 by conductor wire 14, left controller 9 is connected with energy-storage battery 15 by conductor wire 14, electrical motor 12 is connected with propeller 3 by power take-off shaft 13, energy-storage battery 15 is connected with echolocation system 17 by conductor wire 14, echolocation system 17 is connected with echolocation emitting antenna 18 by built-in conductor wire, energy-storage battery 15 is connected with wireless remote control navigationsystem 19 by conductor wire 14, wireless remote control navigationsystem 19 is connected with wireless remote control navigation receiving wire 20 by built-in conductor wire, wireless remote control navigationsystem 19 is connected with echolocation system 17 by conductor wire 14, echolocation system 17 is connected with ultra-high frequency ultrasonic wave echo sonar 16 by conductor wire 14, wireless remote control navigation emitting antenna 22 is connected with wireless remote control navigation computer system 23 by built-in conductor wire, wireless remote control navigation computer system 23 is connected with wireless remote control navigation information stocking system 24 by built-in conductor wire, mosquito information receiving wire 25 is connected with mosquito information computer processing enter 26 by built-in conductor wire, mosquito information computer processing enter 26 is connected with mosquito information analysis and stocking system 27 by built-in conductor wire, mosquito information analysis and stocking system 27 are scouted command centre 28 by built-in conductor wire and kill mosquito and are connected, kill mosquito is scouted command centre 28 and is connected by built-in conductor wire and kill mosquito scouting instruction issue antenna 29, and kill mosquito is scouted command centre 28 and is connected with wireless remote control navigation information stocking system 24 by information data transmission line 30.
Right solar cell 6 and left solar cell 7 are monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
The length of fuselage 2 is 30cm-300cm.
The beneficial effects of the utility model are: 1. accurately scout direction, position and quantity and the active situation at mosquito place, for the science kill mosquito in time provides failure-free information; 2. unmanned plane is lightweight, and flight if employing solar energy power generating or solar electrical energy generation mix the power as unmanned plane with spark ignition engine, can reduce the pollution of ecology environment fast, flexibly; 3. avoided using large and medium-sized aircraft in the situation that does not have the mosquito objectives, large tracts of land is broadcasted sowing pest control with insecticide medicament pollution of ecological environment, thereby has reduced the cost of kill mosquito, has protected human safety.
Description of drawings
Fig. 1 is structural representation of the present utility model.
The specific embodiment
Propeller is installed in the place ahead of fuselage, on the right side of fuselage starboard wing, right solar cell and right high frequency ultrasound wave transmitting device is installed, port wing, left solar cell and left high frequency ultrasound wave transmitting device are installed in left side at fuselage, at the forebody of fuselage power take-off shaft, electrical motor, right controller, left controller, conductor wire, energy-storage battery are installed; At the latter half of installation ultra-high frequency ultrasonic wave echo sonar of fuselage, echolocation system, echolocation emitting antenna, wireless remote control navigationsystem, wireless remote control navigation receiving wire, conductor wire, at the afterbody of fuselage empennage is installed.Install on the ground that command centre is scouted in mosquito information computer processing enter, analysis and stocking system and kill mosquito, the instruction issue antenna is scouted in the installation kill mosquito on the center.Other installs wireless remote control navigation emitting antenna, the department of computer science information storage system that unifies.
Following the utility model is further described in connection with the embodiment in the accompanying drawing:
By fuselage 2, propeller 3, starboard wing 4, port wing 5, right solar cell 6, left solar cell 7, right controller 8, left controller 9, right high frequency ultrasound wave transmitting device 10, left high frequency ultrasound wave transmitting device 11, electrical motor 12, power take-off shaft 13, conductor wire 14, energy-storage battery 15, ultra-high frequency ultrasonic wave echo sonar 16, echolocation system 17, echolocation emitting antenna 18, wireless remote control navigationsystem 19, wireless remote control navigation receiving wire 20, empennage 21 is common to form a kind of kill mosquito with bionical scouting unmanned plane 1, wireless remote control navigation emitting antenna 22, wireless remote control navigation computer system 23, wireless remote control navigation information stocking system 24 is common to form a kind of kill mosquito with the wireless remote control of bionical scouting unmanned plane 1 ground command system that navigates, mosquito information receiving wire 25, mosquito information computer processing enter 26, mosquito information analysis and stocking system 27, command centre 28 is scouted in kill mosquito, instruction issue antenna 29 is scouted in kill mosquito, information data transmission line 30 is common to form a kind of kill mosquito with the ground kill mosquito Reconnaissance Information System of bionical scouting unmanned plane 1, a kind of kill mosquito with bionical scouting unmanned plane 1 when the execution kill mosquito reconnaissance mission below reed marshes 31 is arranged, shallow water face 32 and the mosquito group 33 of dancing in the air;
Propeller 3 is installed in the place ahead at fuselage 2, starboard wing 4 is installed on right side at fuselage 2, right solar cell 6 and right high frequency ultrasound wave transmitting device 10 are installed in surface at starboard wing 4, port wing 5 is installed in left side at fuselage 2, left solar cell 7 and left high frequency ultrasound wave transmitting device 11 are installed in surface at port wing 5, forebody at fuselage 2 is installed power take-off shaft 13, electrical motor 12, right controller 8, left controller 9, conductor wire 14, energy-storage battery 15, latter half of installation ultra-high frequency ultrasonic wave echo sonar 16 at fuselage 2, echolocation system 17, echolocation emitting antenna 18, wireless remote control navigationsystem 19, wireless remote control navigation receiving wire 20, conductor wire 14, afterbody at fuselage 2 is equipped with empennage 21, mosquito information computer processing enter 26 is installed below mosquito information receiving wire 25, mosquito information analysis and stocking system 27 are installed below mosquito information computer processing enter 26, command centre 28 is scouted in the installation kill mosquito below mosquito information analysis and stocking system 27, instruction issue antenna 29 is scouted in the installation kill mosquito on command centre 28 is scouted in kill mosquito, installation wireless remote control navigation computer system 23 below wireless remote control navigation emitting antenna 22, installation wireless remote control navigation information stocking system 24 below wireless remote control navigation computer system 23;
Right solar cell 6 is connected with right controller 8 by conductor wire 14, right high frequency ultrasound wave transmitting device 10 is connected with right controller 8 by conductor wire 14, right controller 8 is connected with electrical motor 12 by conductor wire 14, right controller 8 is connected with energy-storage battery 15 by conductor wire 14, left solar cell 7 is connected with left controller 9 by conductor wire 14, left high frequency ultrasound wave transmitting device 11 is connected with left controller 9 by conductor wire 14, left controller 9 is connected with electrical motor 12 by conductor wire 14, left controller 9 is connected with energy-storage battery 15 by conductor wire 14, electrical motor 12 is connected with propeller 3 by power take-off shaft 13, energy-storage battery 15 is connected with echolocation system 17 by conductor wire 14, echolocation system 17 is connected with echolocation emitting antenna 18 by built-in conductor wire, energy-storage battery 15 is connected with wireless remote control navigationsystem 19 by conductor wire 14, wireless remote control navigationsystem 19 is connected with wireless remote control navigation receiving wire 20 by built-in conductor wire, wireless remote control navigationsystem 19 is connected with echolocation system 17 by conductor wire 14, echolocation system 17 is connected with ultra-high frequency ultrasonic wave echo sonar 16 by conductor wire 14, wireless remote control navigation emitting antenna 22 is connected with wireless remote control navigation computer system 23 by built-in conductor wire, wireless remote control navigation computer system 23 is connected with wireless remote control navigation information stocking system 24 by built-in conductor wire, mosquito information receiving wire 25 is connected with mosquito information computer processing enter 26 by built-in conductor wire, mosquito information computer processing enter 26 is connected with mosquito information analysis and stocking system 27 by built-in conductor wire, mosquito information analysis and stocking system 27 are scouted command centre 28 by built-in conductor wire and kill mosquito and are connected, kill mosquito is scouted command centre 28 and is connected by built-in conductor wire and kill mosquito scouting instruction issue antenna 29, and kill mosquito is scouted command centre 28 and is connected with wireless remote control navigation information stocking system 24 by information data transmission line 30.
Right solar cell 6 and left solar cell 7 are monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
The length of fuselage 2 is 30cm-300cm.
Solar light irradiation is installed in the right solar cell generation current on the starboard wing, after electric current is adjusted by right controller, one part of current input electrical motor, one part of current input energy-storage battery, solar light irradiation is installed in the left solar cell generation current on the port wing, after electric current is adjusted by left controller, one part of current input electrical motor, one part of current input energy-storage battery, electric energy converts mechanical energy in electrical motor, power take-off shaft by rotation drives the propeller twirl, makes mobile air hold up simultaneously port wing and starboard wing, and the promotion aircraft raises and advances.The electric energy that stores in energy-storage battery except as the flying power energy, can also provide the work electricity consumption to echolocation system and wireless remote control navigationsystem.Solar photovoltaic electric power was both supplied electricity consumption to a kind of kill mosquito with the power system on the bionical scouting unmanned plane, also to management information system supply electricity consumption.Being installed in a kind of kill mosquito is powered by the electric current from solar energy power generating by right controller and conductor wire with the right high frequency ultrasound wave transmitting device on the fuselage of bionical scouting unmanned plane, convert electric energy to acoustic energy, launch ultra-high frequency ultrasonic wave, the left high frequency ultrasound wave transmitting device that is installed on the fuselage is powered by the electric current from solar energy power generating by left controller and conductor wire, convert electric energy to acoustic energy, launch ultra-high frequency ultrasonic wave, ultra-high frequency ultrasonic wave is run into the latter half of ultra-high frequency ultrasonic wave echo sonar that echo that mosquito or mosquito group reflect is installed in fuselage and is received, and after echo information inputted echolocation system location, by the echolocation emitting antenna echolocation information is sent in the air, be located at ground mosquito information receiving wire, process by built-in conductor wire input mosquito information computer processing enter after receiving the locating information of the subreflexive echo of mosquito, then analyze and store by built-in conductor wire input mosquito information analysis and stocking system, then after scouting command centre and process by built-in conductor wire input kill mosquito, draw kill mosquito and scout instruction, send to the kill mosquito of going in the air from kill mosquito scouting instruction issue antenna and scout instruction by a kind of kill mosquito spray medicine fight unmanned plane reception, a kind of kill mosquito can fly rapidly to reach the spatial domain at mosquito place with spray medicine fight unmanned plane according to echolocation information, sprays pyrethrins mist kill mosquitoes.Kill mosquito can be scouted instruction input wireless remote control navigation stocking system from kill mosquito scouting command centre by the information data transmission line stores, then process by built-in conductor wire input wireless remote control navigation computer system, and according to the mosquito echolocation information formation wireless remote control navigation instruction that comprises in the kill mosquito scouting instruction, by wireless remote control navigation emitting antenna the wireless remote control navigation instruction is sent in the air, the latter half of wireless remote control that is installed in fuselage navigates and inputs the wireless remote control navigationsystem by built-in conductor wire after receiving wire receives the wireless remote control navigation instruction, control a kind of kill mosquito with the many mosquito volume-search coverage of bionical scouting unmanned plane on the shallow water face of reed marshes area, scout the mosquito group, constantly scout command centre's report mosquito information to kill mosquito, guide a kind of kill mosquito quick according to mosquito information with spray medicine fight unmanned plane, accurately rand flight, pyrethrins mosquitocide mist is sprayed on the limit, a large amount of elimination mosquitoes are not caused again public hazards.
It is as follows now to enumerate embodiment:
Embodiment one:
With the place ahead of the fuselage of bionical scouting unmanned plane propeller is installed in a kind of kill mosquito, starboard wing is installed on right side at fuselage, monocrystaline silicon solar cell and right high frequency ultrasound wave transmitting device are installed in surface at starboard wing, port wing is installed in left side at fuselage, monocrystaline silicon solar cell and left high frequency ultrasound wave transmitting device are installed in surface at port wing, forebody at fuselage is installed power take-off shaft, electrical motor, right controller, left controller, conductor wire, energy-storage battery, latter half of installation ultra-high frequency ultrasonic wave echo sonar at fuselage, the echolocation system, the echolocation emitting antenna, the wireless remote control navigationsystem, wireless remote control navigation receiving wire, conductor wire is equipped with empennage at the afterbody of fuselage.Mosquito information computer processing enter, mosquito information analysis and stocking system and kill mosquito are installed below mosquito information receiving wire scout command centre, the instruction issue antenna is scouted in the installation kill mosquito on command centre is scouted in kill mosquito.Installation wireless remote control navigation computer system and wireless remote control navigation information stocking system below wireless remote control navigation emitting antenna.
Embodiment two:
With the place ahead of the fuselage of bionical scouting unmanned plane propeller is installed in a kind of kill mosquito, starboard wing is installed on right side at fuselage, polysilicon solar cell and right high frequency ultrasound wave transmitting device are installed in surface at starboard wing, port wing is installed in left side at fuselage, polysilicon solar cell and left high frequency ultrasound wave transmitting device are installed in surface at port wing, forebody at fuselage is installed power take-off shaft, electrical motor, right controller, left controller, conductor wire, energy-storage battery, latter half of installation ultra-high frequency ultrasonic wave echo sonar at fuselage, the echolocation system, the echolocation emitting antenna, the wireless remote control navigationsystem, wireless remote control navigation receiving wire, conductor wire is equipped with empennage at the afterbody of fuselage.Mosquito information computer processing enter, mosquito information analysis and stocking system and kill mosquito are installed below mosquito information receiving wire scout command centre, the instruction issue antenna is scouted in the installation kill mosquito on command centre is scouted in kill mosquito.Installation wireless remote control navigation computer system and wireless remote control navigation information stocking system below wireless remote control navigation emitting antenna.
Claims (3)
1. a kill mosquito is with bionical scouting unmanned plane, it is characterized in that, by fuselage (2), propeller (3), starboard wing (4), port wing (5), right solar cell (6), left solar cell (7), right controller (8), left controller (9), right high frequency ultrasound wave transmitting device (10), left high frequency ultrasound wave transmitting device (11), electrical motor (12), power take-off shaft (13), conductor wire (14), energy-storage battery (15), ultra-high frequency ultrasonic wave echo sonar (16), echolocation system (17), echolocation emitting antenna (18), wireless remote control navigationsystem (19), wireless remote control navigation receiving wire (20), empennage (21) forms a kind of kill mosquito jointly with bionical scouting unmanned plane (1), wireless remote control navigation emitting antenna (22), wireless remote control navigation computer system (23), wireless remote control navigation information stocking system (24) forms a kind of kill mosquito jointly with the wireless remote control of bionical scouting unmanned plane (1) navigation ground command system, mosquito information receiving wire (25), mosquito information computer processing enter (26), mosquito information analysis and stocking system (27), command centre (28) is scouted in kill mosquito, instruction issue antenna (29) is scouted in kill mosquito, information data transmission line (30) forms a kind of kill mosquito jointly with the ground kill mosquito Reconnaissance Information System of bionical scouting unmanned plane (1), a kind of kill mosquito with bionical scouting unmanned plane (1) when carrying out the kill mosquito reconnaissance mission below reed marshes (31) is arranged, shallow water face (32) and the mosquito group (33) of dancing in the air;
Propeller (3) is installed in the place ahead at fuselage (2), starboard wing (4) is installed on right side at fuselage (2), right solar cell (6) and right high frequency ultrasound wave transmitting device (10) are installed in surface at starboard wing (4), port wing (5) is installed in left side at fuselage (2), left solar cell (7) and left high frequency ultrasound wave transmitting device (11) are installed in surface at port wing (5), forebody at fuselage (2) is installed power take-off shaft (13), electrical motor (12), right controller (8), left controller (9), conductor wire (14), energy-storage battery (15), latter half of installation ultra-high frequency ultrasonic wave echo sonar (16) at fuselage (2), echolocation system (17), echolocation emitting antenna (18), wireless remote control navigationsystem (19), wireless remote control navigation receiving wire (20), conductor wire (14), afterbody at fuselage (2) is equipped with empennage (21), mosquito information computer processing enter (26) is installed below mosquito information receiving wire (25), mosquito information analysis and stocking system (27) are installed below mosquito information computer processing enter (26), command centre (28) is scouted in the installation kill mosquito below mosquito information analysis and stocking system (27), instruction issue antenna (29) is scouted in the installation kill mosquito on command centre (28) is scouted in kill mosquito, installation wireless remote control navigation computer system (23) below wireless remote control navigation emitting antenna (22), installation wireless remote control navigation information stocking system (24) below wireless remote control navigation computer system (23);
Right solar cell (6) is connected with right controller (8) by conductor wire (14), right high frequency ultrasound wave transmitting device (10) is connected with right controller (8) by conductor wire (14), right controller (8) is connected with electrical motor (12) by conductor wire (14), right controller (8) is connected with energy-storage battery (15) by conductor wire (14), left solar cell (7) is connected with left controller (9) by conductor wire (14), left high frequency ultrasound wave transmitting device (11) is connected with left controller (9) by conductor wire (14), left controller (9) is connected with electrical motor (12) by conductor wire (14), left controller (9) is connected with energy-storage battery (15) by conductor wire (14), electrical motor (12) is connected with propeller (3) by power take-off shaft (13), energy-storage battery (15) is connected with echolocation system (17) by conductor wire (14), echolocation system (17) is connected with echolocation emitting antenna (18) by built-in conductor wire, energy-storage battery (15) is connected with wireless remote control navigationsystem (19) by conductor wire (14), wireless remote control navigationsystem (19) is connected with wireless remote control navigation receiving wire (20) by built-in conductor wire, wireless remote control navigationsystem (19) is connected with echolocation system (17) by conductor wire (14), echolocation system (17) is connected with ultra-high frequency ultrasonic wave echo sonar (16) by conductor wire (14), wireless remote control navigation emitting antenna (22) is connected with wireless remote control navigation computer system (23) by built-in conductor wire, wireless remote control navigation computer system (23) is connected with wireless remote control navigation information stocking system (24) by built-in conductor wire, mosquito information receiving wire (25) is connected with mosquito information computer processing enter (26) by built-in conductor wire, mosquito information computer processing enter (26) is connected with mosquito information analysis and stocking system (27) by built-in conductor wire, mosquito information analysis and stocking system (27) are scouted command centre (28) by built-in conductor wire and kill mosquito and are connected, kill mosquito is scouted command centre (28) and is connected by built-in conductor wire and kill mosquito scouting instruction issue antenna (29), and kill mosquito is scouted command centre (28) and is connected with wireless remote control navigation information stocking system (24) by information data transmission line (30).
2. a kind of kill mosquito according to claim 1 is with bionical scouting unmanned plane, it is characterized in that described right solar cell (6) and left solar cell (7) are monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
3. a kind of kill mosquito according to claim 1 is characterized in that with bionical scouting unmanned plane, and the length of described fuselage (2) is 30cm-300cm.
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201220567304 CN202863762U (en) | 2012-10-31 | 2012-10-31 | Bionic reconnaissance unmanned aerial vehicle for mosquito eradication |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201220567304 CN202863762U (en) | 2012-10-31 | 2012-10-31 | Bionic reconnaissance unmanned aerial vehicle for mosquito eradication |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103612759A (en) * | 2013-11-29 | 2014-03-05 | 无锡同春新能源科技有限公司 | Solar unmanned airplane used for direct rice seeding from low altitudes above rice field |
| CN103963968A (en) * | 2014-04-30 | 2014-08-06 | 李颖 | Remotely-controlled unmanned helicopter reconnaissance system |
| CN104129502A (en) * | 2014-08-25 | 2014-11-05 | 无锡同春新能源科技有限公司 | Double unmanned aerial vehicle dragging nanometer titania photocatalytic net in rear-mounted mode for removing haze |
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2012
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Cited By (4)
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| CN103612759A (en) * | 2013-11-29 | 2014-03-05 | 无锡同春新能源科技有限公司 | Solar unmanned airplane used for direct rice seeding from low altitudes above rice field |
| CN103963968A (en) * | 2014-04-30 | 2014-08-06 | 李颖 | Remotely-controlled unmanned helicopter reconnaissance system |
| CN104129502A (en) * | 2014-08-25 | 2014-11-05 | 无锡同春新能源科技有限公司 | Double unmanned aerial vehicle dragging nanometer titania photocatalytic net in rear-mounted mode for removing haze |
| CN104129502B (en) * | 2014-08-25 | 2016-03-09 | 无锡同春新能源科技有限公司 | Two frame unmanned planes of haze eliminated by rear-mounted dilatory nano titanium dioxide photocatalysis net |
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