CN205293010U - Unmanned aerial vehicle on water who takes lithium electricity supply of catapult -assisted take -off frame shuts down platform - Google Patents
Unmanned aerial vehicle on water who takes lithium electricity supply of catapult -assisted take -off frame shuts down platform Download PDFInfo
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- CN205293010U CN205293010U CN201520930267.0U CN201520930267U CN205293010U CN 205293010 U CN205293010 U CN 205293010U CN 201520930267 U CN201520930267 U CN 201520930267U CN 205293010 U CN205293010 U CN 205293010U
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Abstract
The utility model relates to an unmanned aerial vehicle on water who takes lithium electricity supply of catapult -assisted take -off frame shuts down platform belongs to the unmanned aerial vehicle application technique field. Civilian unmanned aerial vehicle's range of application will be more and more wider, in order to solve the not enough of unmanned aerial vehicle stop position, will appear on the surface of water in partial city moulding the unmanned aerial vehicle on water shut down platform that three kinds of buoyancy materials of foaming board were built with PE plastics flotation tank, PIN core, wood. Because the water surface area in city proper and suburb is limited, shut down in order to hold more unmanned aerial vehicle on shutting down the limited unmanned aerial vehicle on water of area shut down platform, need, unmanned aerial vehicle on water set up the catapult -assisted take -off frame on shutting down the platform, be used for shortening the distance of going before unmanned aerial vehicle takes off on unmanned aerial vehicle on water shuts down the platform, launch unmanned aerial vehicle and take off smoothly, reach the more stop position of construction on the surface of water, make more unmanned aerial vehicle have stop position's purpose.
Description
Technical field
This utility model relates to the aquatic unmanned aerial vehicle shutdown platform that the lithium electricity with catapult-assisted take-off frame is powered, and belongs to unmanned plane applied technical field.
Background technology
In recent years, unmanned plane manufacturer increases, and the quantity of unmanned plane increases, and the range of application of unmanned plane is more and more wider. Although unmanned plane volume is little, lightweight, it is necessary to shutdown area little, but owing to 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.
Utility model content
The purpose of this utility model is in that to overcome deficiency of the prior art, it is provided that the aquatic unmanned aerial vehicle that the lithium electricity with catapult-assisted take-off frame is powered shuts down platform.
Area number mu, tens of mu, hundreds of mu even water surface of thousands of mu is had in urban district and the suburb in a part of city; these waters surface build, with PE plastics buoyancy tank, PIN core and Wood-plastic foam plate, the floatage body providing buoyancy, the side of floatage body outside with outside bottom surface, protective layer is installed. Unmanned plane shuts down the top of platform on the water; catapult-assisted take-off frame is installed in the middle of on the front portion of Wood-plastic foam plate; between the lithium ion battery storage installed above at the rear portion of Wood-plastic foam plate; lithium ion battery is installed in lithium ion battery storage; master control room installed above between lithium ion battery storage; at master control indoor location electronic computer; unmanned plane installed above at master control room shuts down Platform communication device, at the electricpropulsion installation installed above of the afterbody of Wood-plastic foam plate. Unmanned plane is placed above at catapult-assisted take-off frame.
In order to solve above-mentioned technical problem, this utility model is achieved through the following technical solutions:
By EPS buoyant foam 2, PE plastics buoyancy tank 3, PIN core 4, Wood-plastic foam plate 5, protective layer 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, electronic computer 13, unmanned plane shuts down Platform communication device 14, electricpropulsion installation 15 forms the aquatic unmanned aerial vehicle shutdown platform that the lithium electricity with catapult-assisted take-off frame is powered;
Aquatic unmanned aerial vehicle on the water surface 16 shuts down the PIN core 4 installed above of the PE plastics buoyancy tank 3 in platform 1, Wood-plastic foam plate 5 installed above at PIN core 4, at PE plastics buoyancy tank 3, protective layer 6 is installed outside outside the side of PIN core 4 and Wood-plastic foam plate 5 and bottom surface, catapult-assisted take-off frame 7 is installed in the middle of on Wood-plastic foam plate 5 front portion, unmanned plane installed above 9 at catapult-assisted take-off frame 7, UAV Communication device 8 is installed in the front portion of unmanned plane 9, between the lithium ion battery storage installed above at the rear portion of Wood-plastic foam plate 5, lithium ion battery 11 is installed in lithium ion battery storage, master control room installed above 12 between lithium ion battery storage, electronic computer 13 is installed in master control room 12, unmanned plane installed above at master control room 12 shuts down Platform communication device 14, electricpropulsion installation installed above 15 at Wood-plastic foam plate 5 afterbody,
Lithium ion battery 11 is connected with electricpropulsion installation 15 by conductor wire 10; lithium ion battery 11 is connected with electronic computer 13 by conductor wire 10; electronic computer 13 is shut down Platform communication device 14 by conductor wire 10 with unmanned plane and is connected, and unmanned plane is shut down Platform communication device 14 and interconnected by radio wave and UAV Communication device 8.
Protective layer 6 is glass fibre protective layer or stainless sheet steel protective layer or galvanized iron sheet protective layer or waterproof rope braiding mesh bag protective layer.
It is 1 square metre to 1000 square metres that aquatic unmanned aerial vehicle shuts down the area of platform 1.
Compared with prior art, the beneficial effects of the utility model are: 1. shorten the operating range before unmanned plane takes off, and reduce aquatic unmanned aerial vehicle accordingly and shut down the area of the water surface that platform occupies, so that more unmanned plane has had the place shut down. 2. can eject more unmanned plane within the unit interval, improve aquatic unmanned aerial vehicle and shut down the utilization ratio of platform.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
The range 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 water surface of urban will appear from the aquatic unmanned aerial vehicle with PE plastics buoyancy tank, PIN core, three kinds of buoyant materials of Wood-plastic foam plate are built and shut down platform. Owing to the water surface area in city proper and suburb is limited; in order to shut down at the aquatic unmanned aerial vehicle shutting down limited area, platform holds the shutdown of more unmanned plane; need unmanned plane on the water to shut down and platform arranges catapult-assisted take-off frame; be used for shortening unmanned plane unmanned plane on the water shut down platform takes off before the distance that travels; launch unmanned plane to take off smoothly; reach on the water surface, build more stop position, make more unmanned plane have the purpose of stop position.
This utility model will be further described in conjunction with the embodiment in accompanying drawing below:
By EPS buoyant foam 2, PE plastics buoyancy tank 3, PIN core 4, Wood-plastic foam plate 5, protective layer 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, electronic computer 13, unmanned plane shuts down Platform communication device 14, electricpropulsion installation 15 forms the aquatic unmanned aerial vehicle shutdown platform that the lithium electricity with catapult-assisted take-off frame is powered;
Aquatic unmanned aerial vehicle on the water surface 16 shuts down the PIN core 4 installed above of the PE plastics buoyancy tank 3 in platform 1, Wood-plastic foam plate 5 installed above at PIN core 4, at PE plastics buoyancy tank 3, protective layer 6 is installed outside outside the side of PIN core 4 and Wood-plastic foam plate 5 and bottom surface, catapult-assisted take-off frame 7 is installed in the middle of on Wood-plastic foam plate 5 front portion, unmanned plane installed above 9 at catapult-assisted take-off frame 7, UAV Communication device 8 is installed in the front portion of unmanned plane 9, between the lithium ion battery storage installed above at the rear portion of Wood-plastic foam plate 5, lithium ion battery 11 is installed in lithium ion battery storage, master control room installed above 12 between lithium ion battery storage, electronic computer 13 is installed in master control room 12, unmanned plane installed above at master control room 12 shuts down Platform communication device 14, electricpropulsion installation installed above 15 at Wood-plastic foam plate 5 afterbody,
Lithium ion battery 11 is connected with electricpropulsion installation 15 by conductor wire 10; lithium ion battery 11 is connected with electronic computer 13 by conductor wire 10; electronic computer 13 is shut down Platform communication device 14 by conductor wire 10 with unmanned plane and is connected, and unmanned plane is shut down Platform communication device 14 and interconnected by radio wave and UAV Communication device 8.
Protective layer 6 is glass fibre protective layer or stainless sheet steel protective layer or galvanized iron sheet protective layer or waterproof rope braiding mesh bag protective layer.
It is 1 square metre to 1000 square metres that aquatic unmanned aerial vehicle shuts down the area of platform 1.
Aquatic unmanned aerial vehicle is shut down the bottom of platform and is made up of the buoyant material providing buoyancy in water body. PIN core installed above at PE plastics buoyancy tank; Wood-plastic foam plate installed above at PIN core; the density of these three buoyant material is both less than 1, it is possible to the buoyancy providing enough in water body shuts down the weight of platform, catapult-assisted take-off frame and unmanned plane to carry aquatic unmanned aerial vehicle. Ultraviolet radiation in PIN core and Wood-plastic foam plate energy block sunlight, protects following PE plastics buoyancy tank, extends the service life of PE plastics buoyancy tank. The mechanical elastic device that the currently used catapult-assisted take-off frame of civilian unmanned plane is made up of the parts such as elastic, spring provides elastic force to launch the unmanned plane being placed on catapult-assisted take-off frame, play arch high over than the steam ejection used on naval vessel and electromagnetic launch to play the elastic force that arch high over provides little, the weight civilian unmanned plane below 20 kilograms can only be launched. The effect that aquatic unmanned aerial vehicle shuts down the catapult-assisted take-off frame on platform is very big; make unmanned plane can take off smoothly on the aquatic unmanned aerial vehicle shutdown platform of finite surface area; aquatic unmanned aerial vehicle is made to shut down the area of platform without too big; the water surface can be planned more unmanned plane stop position; hold more unmanned plane to shut down, many unmanned plane during flyings overhead at the water surface can be ejected in the unit interval.
Now enumerate embodiment as follows:
Embodiment one:
The range of application of civilian unmanned plane will be more and more wider; the quantity of civilian unmanned plane will quickly increase; in order to solve the deficiency of unmanned plane stop position, the water surface of urban will appear from the aquatic unmanned aerial vehicle shutdown platform of 60 square area built with PE plastics buoyancy tank, PIN core, three kinds of buoyant materials of Wood-plastic foam plate. The aquatic unmanned aerial vehicle of 60 square area is shut down the unmanned plane on platform and is shut down Platform communication device by radio wave and the UAV Communication device interconnection on unmanned plane. Owing to the water surface area in city proper and suburb is limited; in order to shut down at the aquatic unmanned aerial vehicle shutting down limited area, platform holds the shutdown of more unmanned plane; need unmanned plane on the water to shut down and platform arranges catapult-assisted take-off frame; it is used for shortening unmanned plane unmanned plane on the water and shuts down the distance travelled before platform takes off; launch unmanned plane to take off smoothly; reach on the water surface, build more stop position, make more unmanned plane have the purpose of stopping spot.
Embodiment two:
The range of application of civilian unmanned plane will be more and more wider; the quantity of civilian unmanned plane will quickly increase; in order to solve the deficiency of unmanned plane stop position, the water surface of urban will appear from the aquatic unmanned aerial vehicle shutdown platform of 260 square area built with PE plastics buoyancy tank, PIN core, three kinds of buoyant materials of Wood-plastic foam plate. The aquatic unmanned aerial vehicle of 260 square area is shut down the unmanned plane on platform and is shut down Platform communication device by radio wave and the UAV Communication device interconnection on unmanned plane.Owing to the water surface area in city proper and suburb is limited; in order to shut down at the aquatic unmanned aerial vehicle shutting down limited area, platform holds the shutdown of more unmanned plane; need unmanned plane on the water to shut down and platform arranges catapult-assisted take-off frame; it is used for shortening unmanned plane unmanned plane on the water and shuts down the distance travelled before platform takes off; launch unmanned plane to take off smoothly; reach on the water surface, build more stop position, make more unmanned plane have the purpose of stopping spot.
Claims (3)
1. the aquatic unmanned aerial vehicle that the lithium electricity with catapult-assisted take-off frame is powered shuts 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 layer (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), electronic computer (13), unmanned plane shuts down Platform communication device (14), the aquatic unmanned aerial vehicle that electricpropulsion installation (15) composition lithium electricity with catapult-assisted take-off frame is powered shuts down platform,
Aquatic unmanned aerial vehicle on the water surface (16) shuts down the PIN core (4) installed above of PE plastics buoyancy tank (3) in platform (1), Wood-plastic foam plate (5) installed above at PIN core (4), outside the side of PE plastics buoyancy tank (3) and PIN core (4) and outside bottom surface, protective layer (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 installed above (9) at catapult-assisted take-off frame (7), UAV Communication device (8) is installed in the front portion of unmanned plane (9), between the lithium ion battery storage installed above at the rear portion of Wood-plastic foam plate (5), lithium ion battery (11) is installed in lithium ion battery storage, master control room installed above (12) between lithium ion battery storage, electronic computer (13) is installed in master control room (12), unmanned plane installed above at master control room (12) shuts down Platform communication device (14), electricpropulsion installation installed above (15) at 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 electronic computer (13) by conductor wire (10); electronic computer (13) is shut down Platform communication device (14) by conductor wire (10) with unmanned plane and is connected, and unmanned plane shuts down Platform communication device (14) by radio wave and UAV Communication device (8) interconnection.
2. the aquatic unmanned aerial vehicle that the lithium electricity with catapult-assisted take-off frame according to claim 1 is powered shuts down platform; it is characterized in that, described protective layer (6) is glass fibre protective layer or stainless sheet steel protective layer or galvanized iron sheet protective layer or waterproof rope braiding mesh bag protective layer.
3. the aquatic unmanned aerial vehicle that the lithium electricity with catapult-assisted take-off frame according to claim 1 is powered shuts down platform, it is characterized in that, it is 1 square metre to 1000 square metres that described aquatic unmanned aerial vehicle shuts down the area of platform (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520930267.0U CN205293010U (en) | 2015-11-22 | 2015-11-22 | Unmanned aerial vehicle on water who takes lithium electricity supply of catapult -assisted take -off frame shuts down platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520930267.0U CN205293010U (en) | 2015-11-22 | 2015-11-22 | Unmanned aerial vehicle on water who takes lithium electricity supply of catapult -assisted take -off frame shuts down platform |
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| Publication Number | Publication Date |
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| CN205293010U true CN205293010U (en) | 2016-06-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520930267.0U Expired - Fee Related CN205293010U (en) | 2015-11-22 | 2015-11-22 | Unmanned aerial vehicle on water who takes lithium electricity supply of catapult -assisted take -off frame shuts down platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105216982A (en) * | 2015-11-22 | 2016-01-06 | 无锡同春新能源科技有限公司 | The aquatic unmanned aerial vehicle of the lithium electricity power supply with catapult-assisted take-off frame shuts down platform |
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2015
- 2015-11-22 CN CN201520930267.0U patent/CN205293010U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105216982A (en) * | 2015-11-22 | 2016-01-06 | 无锡同春新能源科技有限公司 | The aquatic unmanned aerial vehicle of the lithium electricity power supply with catapult-assisted take-off frame shuts down platform |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160608 Termination date: 20171122 |