CN105216982A - The aquatic unmanned aerial vehicle of the lithium electricity power supply with catapult-assisted take-off frame shuts down platform - Google Patents
The aquatic unmanned aerial vehicle of the lithium electricity power supply with catapult-assisted take-off frame shuts down platform Download PDFInfo
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- CN105216982A CN105216982A CN201510807093.3A CN201510807093A CN105216982A CN 105216982 A CN105216982 A CN 105216982A CN 201510807093 A CN201510807093 A CN 201510807093A CN 105216982 A CN105216982 A CN 105216982A
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Abstract
The aquatic unmanned aerial vehicle that the present invention relates to the lithium electricity power supply of band catapult-assisted take-off frame shuts down platform, belongs to unmanned plane applied technical field.The field of application of civilian unmanned plane will be more and more wider, in order to solve the deficiency of unmanned plane stop position, the aquatic unmanned aerial vehicle occurred with PE plastics buoyancy tank, PIN core, Wood-plastic foam plate three kinds of buoyant materials are built be shut down platform by the water surface of urban.Because the water surface area in city proper and suburb is limited; the shutdown of more unmanned plane is held in order to shut down at the aquatic unmanned aerial vehicle of shutting down limited area on platform; need unmanned plane on the water to shut down on platform and catapult-assisted take-off frame is set; be used for shortening unmanned plane on the water unmanned plane shut down platform takes off before the distance that travels; launch unmanned plane to take off smoothly; reach and build more stop position on the water surface, make more unmanned plane have the object of stop position.
Description
Technical field
The aquatic unmanned aerial vehicle that the present invention relates to the lithium electricity power supply of band catapult-assisted take-off frame shuts down platform, belongs to unmanned plane applied technical field.
Background technology
In recent years, unmanned plane fabrication shop increase, and the quantity of unmanned plane increases, and the field of application of unmanned plane is more and more wider.Although unmanned plane volume is little, lightweight, the shutdown area of needs is little, and because the quantity of following unmanned plane is many, the vehicle parking space of land, many cities has occupied sizable area, the stop position of unmanned plane this how to solve, will be a difficult problem.
Summary of the invention
The object of the invention is to overcome deficiency of the prior art, provide the aquatic unmanned aerial vehicle of the lithium electricity power supply of band catapult-assisted take-off frame to shut down platform.
Area number mu, tens of mu, hundreds of mu even water surface of thousands of mu is had in the urban district in a part of city and suburb; these waters surface are built with PE plastics buoyancy tank, PIN core and Wood-plastic foam plate the floatage body providing buoyancy, outside the side of floatage body He outside bottom surface, protective cover is installed.Unmanned plane shuts down the top of platform on the water; in the middle of on the front portion of Wood-plastic foam plate, catapult-assisted take-off frame is installed; install on the rear portion of Wood-plastic foam plate between lithium ion battery storage; in lithium ion battery storage, lithium ion battery is installed; above between lithium ion battery storage, master control room is installed; at overhead control indoor location automatic computer; unmanned plane is installed on master control room and shuts down Platform communication device, on the afterbody of Wood-plastic foam plate, electricpropulsion installation is installed.Unmanned plane is placed on catapult-assisted take-off frame.
In order to solve the problems of the technologies described above, the present invention is achieved by the following technical solutions:
The aquatic unmanned aerial vehicle that the lithium electricity forming band catapult-assisted take-off frame by EPS buoyant foam 2, PE plastics buoyancy tank 3, PIN core 4, Wood-plastic foam plate 5, protective cover 6, catapult-assisted take-off frame 7, UAV Communication device 8, unmanned plane 9, conductor wire 10, lithium ion battery 11, master control room 12, automatic computer 13, unmanned plane shutdown Platform communication device 14, electricpropulsion installation 15 is powered shuts down platform;
Aquatic unmanned aerial vehicle on the water surface 16 is shut down above the PE plastics buoyancy tank 3 in platform 1 and is installed PIN core 4, on PIN core 4, Wood-plastic foam plate 5 is installed, at PE plastics buoyancy tank 3, outside the side of PIN core 4 and Wood-plastic foam plate 5 He outside bottom surface, protective cover 6 is installed, in the middle of on Wood-plastic foam plate 5 front portion, catapult-assisted take-off frame 7 is installed, on catapult-assisted take-off frame 7, unmanned plane 9 is installed, in the front portion of unmanned plane 9, UAV Communication device 8 is installed, install on the rear portion of Wood-plastic foam plate 5 between lithium ion battery storage, in lithium ion battery storage, lithium ion battery 11 is installed, above between lithium ion battery storage, master control room 12 is installed, in master control room 12, automatic computer 13 is installed, unmanned plane is installed on master control room 12 and shuts down Platform communication device 14, on Wood-plastic foam plate 5 afterbody, electricpropulsion installation 15 is installed,
Lithium ion battery 11 is connected with electricpropulsion installation 15 by conductor wire 10; lithium ion battery 11 is connected with automatic computer 13 by conductor wire 10; automatic computer 13 is shut down Platform communication device 14 by conductor wire 10 and unmanned plane and is connected, unmanned plane shut down Platform communication device 14 by radiowave and UAV Communication device 8 interconnected.
Protective cover 6 is glass fibre protective cover or stainless sheet steel protective cover or galvanized iron sheet protective cover or waterproof rope braiding mesh bag protective cover.
The area that aquatic unmanned aerial vehicle shuts down platform 1 is 1 sq m to 1000 sq m.
Compared with prior art, the invention has the beneficial effects as follows: 1. shorten unmanned plane take off before operating range, the corresponding aquatic unmanned aerial vehicle that reduces shuts down the area of the water surface that platform occupies, thus the place more unmanned plane being had shut down.2. can launch out more unmanned plane within the unit time, improve the utilization ratio that aquatic unmanned aerial vehicle shuts down platform.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Detailed description of the invention
The field of application of civilian unmanned plane will be more and more wider; the quantity of civilian unmanned plane will increase; in order to solve the deficiency of unmanned plane stop position, the aquatic unmanned aerial vehicle occurred with PE plastics buoyancy tank, PIN core, Wood-plastic foam plate three kinds of buoyant materials are built is shut down platform by the water surface of urban.Because the water surface area in city proper and suburb is limited; the shutdown of more unmanned plane is held in order to shut down at the aquatic unmanned aerial vehicle of shutting down limited area on platform; need unmanned plane on the water to shut down on platform and catapult-assisted take-off frame is set; be used for shortening unmanned plane on the water unmanned plane shut down platform takes off before the distance that travels; launch unmanned plane to take off smoothly; reach and build more stop position on the water surface, make more unmanned plane have the object of stop position.
Embodiment in is by reference to the accompanying drawings further described by the present invention below:
The aquatic unmanned aerial vehicle that the lithium electricity forming band catapult-assisted take-off frame by EPS buoyant foam 2, PE plastics buoyancy tank 3, PIN core 4, Wood-plastic foam plate 5, protective cover 6, catapult-assisted take-off frame 7, UAV Communication device 8, unmanned plane 9, conductor wire 10, lithium ion battery 11, master control room 12, automatic computer 13, unmanned plane shutdown Platform communication device 14, electricpropulsion installation 15 is powered shuts down platform;
Aquatic unmanned aerial vehicle on the water surface 16 is shut down above the PE plastics buoyancy tank 3 in platform 1 and is installed PIN core 4, on PIN core 4, Wood-plastic foam plate 5 is installed, at PE plastics buoyancy tank 3, outside the side of PIN core 4 and Wood-plastic foam plate 5 He outside bottom surface, protective cover 6 is installed, in the middle of on Wood-plastic foam plate 5 front portion, catapult-assisted take-off frame 7 is installed, on catapult-assisted take-off frame 7, unmanned plane 9 is installed, in the front portion of unmanned plane 9, UAV Communication device 8 is installed, install on the rear portion of Wood-plastic foam plate 5 between lithium ion battery storage, in lithium ion battery storage, lithium ion battery 11 is installed, above between lithium ion battery storage, master control room 12 is installed, in master control room 12, automatic computer 13 is installed, unmanned plane is installed on master control room 12 and shuts down Platform communication device 14, on Wood-plastic foam plate 5 afterbody, electricpropulsion installation 15 is installed,
Lithium ion battery 11 is connected with electricpropulsion installation 15 by conductor wire 10; lithium ion battery 11 is connected with automatic computer 13 by conductor wire 10; automatic computer 13 is shut down Platform communication device 14 by conductor wire 10 and unmanned plane and is connected, unmanned plane shut down Platform communication device 14 by radiowave and UAV Communication device 8 interconnected.
Protective cover 6 is glass fibre protective cover or stainless sheet steel protective cover or galvanized iron sheet protective cover or waterproof rope braiding mesh bag protective cover.
The area that aquatic unmanned aerial vehicle shuts down platform 1 is 1 sq m to 1000 sq m.
The bottom that aquatic unmanned aerial vehicle shuts down platform forms by providing the buoyant material of buoyancy in water body.On PE plastics buoyancy tank, PIN core is installed; on PIN core, Wood-plastic foam plate is installed; the density of these three kinds of buoyant materials is all less than 1, and enough buoyancy can be provided in water body to carry the weight that aquatic unmanned aerial vehicle shuts down platform, catapult-assisted take-off frame and unmanned plane.Ultraviolet radiation in PIN core and Wood-plastic foam plate energy block sunlight, protection PE plastics buoyancy tank below, extends the service life of PE plastics buoyancy tank.The mechanical elastic device that the catapult-assisted take-off frame that civilian unmanned plane uses at present is made up of the parts such as elastic, spring provides elastic force to launch the unmanned plane be placed on catapult-assisted take-off frame, playing arch high over and electromagnetic launch than the steam ejection that naval vessel uses, to play the elastic force that arch high over provides little, can only launch the civilian unmanned plane of weight below 20 kilograms.The effect that aquatic unmanned aerial vehicle shuts down the catapult-assisted take-off frame on platform is very large; unmanned plane is made to shut down on platform can take off smoothly at the aquatic unmanned aerial vehicle of finite surface area; aquatic unmanned aerial vehicle is made to shut down the area of platform without the need to too large; the water surface can be planned more unmanned plane stop position; hold more unmanned plane to shut down, the overhead of many unmanned plane during flyings at the water surface can be launched out in the unit time.
Now enumerate embodiment as follows:
Embodiment one:
The field of application of civilian unmanned plane will be more and more wider; the quantity of civilian unmanned plane will increase fast; in order to solve the deficiency of unmanned plane stop position, the water surface of urban will occur that the aquatic unmanned aerial vehicle of 60 square area built with PE plastics buoyancy tank, PIN core, Wood-plastic foam plate three kinds of buoyant materials shuts down platform.The unmanned plane shutdown Platform communication device that the aquatic unmanned aerial vehicle of 60 square area is shut down on platform is interconnected by the UAV Communication device on radiowave and unmanned plane.Because the water surface area in city proper and suburb is limited; the shutdown of more unmanned plane is held in order to shut down at the aquatic unmanned aerial vehicle of shutting down limited area on platform; need unmanned plane on the water to shut down on platform and catapult-assisted take-off frame is set; be used for shorten unmanned plane on the water unmanned plane shut down platform take off before travel distance; launch unmanned plane to take off smoothly; reach and build more stop position on the water surface, make more unmanned plane have the object of stopping spot.
Embodiment two:
The field of application of civilian unmanned plane will be more and more wider; the quantity of civilian unmanned plane will increase fast; in order to solve the deficiency of unmanned plane stop position, the water surface of urban will occur that the aquatic unmanned aerial vehicle of 260 square area built with PE plastics buoyancy tank, PIN core, Wood-plastic foam plate three kinds of buoyant materials shuts down platform.The unmanned plane shutdown Platform communication device that the aquatic unmanned aerial vehicle of 260 square area is shut down on platform is interconnected by the UAV Communication device on radiowave and unmanned plane.Because the water surface area in city proper and suburb is limited; the shutdown of more unmanned plane is held in order to shut down at the aquatic unmanned aerial vehicle of shutting down limited area on platform; need unmanned plane on the water to shut down on platform and catapult-assisted take-off frame is set; be used for shorten unmanned plane on the water unmanned plane shut down platform take off before travel distance; launch unmanned plane to take off smoothly; reach and build more stop position on the water surface, make more unmanned plane have the object of stopping spot.
Claims (3)
1. be with the aquatic unmanned aerial vehicle of the lithium electricity power supply of catapult-assisted take-off frame to shut down platform, it is characterized in that, by EPS buoyant foam (2), PE plastics buoyancy tank (3), PIN core (4), Wood-plastic foam plate (5), protective cover (6), catapult-assisted take-off frame (7), UAV Communication device (8), unmanned plane (9), conductor wire (10), lithium ion battery (11), master control room (12), automatic computer (13), unmanned plane shuts down Platform communication device (14), the aquatic unmanned aerial vehicle of the lithium electricity power supply of electricpropulsion installation (15) composition band catapult-assisted take-off frame shuts down platform,
Aquatic unmanned aerial vehicle on the water surface (16) is shut down above the PE plastics buoyancy tank (3) in platform (1) and is installed PIN core (4), on PIN core (4), Wood-plastic foam plate (5) is installed, outside the side of PE plastics buoyancy tank (3) and PIN core (4) and outside bottom surface, protective cover (6) is installed, in the middle of on Wood-plastic foam plate (5) is anterior, catapult-assisted take-off frame (7) is installed, unmanned plane (9) is installed on catapult-assisted take-off frame (7), in the front portion of unmanned plane (9), UAV Communication device (8) is installed, install on the rear portion of Wood-plastic foam plate (5) between lithium ion battery storage, in lithium ion battery storage, lithium ion battery (11) is installed, master control room (12) is installed above between lithium ion battery storage, in master control room (12), automatic computer (13) is installed, unmanned plane is installed on master control room (12) and shuts down Platform communication device (14), electricpropulsion installation (15) is installed on the afterbody of Wood-plastic foam plate (5),
Lithium ion battery (11) is connected with electricpropulsion installation (15) by conductor wire (10); lithium ion battery (11) is connected with automatic computer (13) by conductor wire (10); automatic computer (13) is shut down Platform communication device (14) by conductor wire (10) and unmanned plane and is connected, unmanned plane shut down Platform communication device (14) by radiowave and UAV Communication device (8) interconnected.
2. the aquatic unmanned aerial vehicle of the lithium electricity power supply of band catapult-assisted take-off frame according to claim 1 shuts down platform; it is characterized in that, described protective cover (6) is glass fibre protective cover or stainless sheet steel protective cover or galvanized iron sheet protective cover or waterproof rope braiding mesh bag protective cover.
3. the aquatic unmanned aerial vehicle of the lithium electricity power supply of band catapult-assisted take-off frame according to claim 1 shuts down platform, and it is characterized in that, the area that described aquatic unmanned aerial vehicle shuts down platform (1) is 1 sq m to 1000 sq m.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510807093.3A CN105216982A (en) | 2015-11-22 | 2015-11-22 | The aquatic unmanned aerial vehicle of the lithium electricity power supply with catapult-assisted take-off frame shuts down platform |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510807093.3A CN105216982A (en) | 2015-11-22 | 2015-11-22 | The aquatic unmanned aerial vehicle of the lithium electricity power supply with catapult-assisted take-off frame shuts down platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115465414A (en) * | 2022-09-24 | 2022-12-13 | 中水珠江规划勘测设计有限公司 | Measuring device adopting unmanned aerial vehicle and unmanned ship networking cluster and using method thereof |
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Application publication date: 20160106 |