CN205931249U - Unmanned aerial vehicle mobility promotes advancing device - Google Patents
Unmanned aerial vehicle mobility promotes advancing device Download PDFInfo
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- CN205931249U CN205931249U CN201620908585.1U CN201620908585U CN205931249U CN 205931249 U CN205931249 U CN 205931249U CN 201620908585 U CN201620908585 U CN 201620908585U CN 205931249 U CN205931249 U CN 205931249U
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Abstract
The utility model discloses an unmanned aerial vehicle mobility promotes advancing device, including battery, control module, first rotor module, second rotor module, third rotor module and fourth rotor module, control module, its characterized in that are all connected to first rotor module, second rotor module, third rotor module, fourth rotor module, battery: still include head rod, second connecting rod, third connecting rod, fourth connecting rod, first rotor seat, second rotor seat, third rotor seat, fourth rotor seat, first fixing base, second fixing base, third fixing base and fourth fixing base, the utility model discloses a modularized design can conveniently be loaded and unloaded to realize unmanned aerial vehicle mobility promotes advancing device's installation, the fixed -wing aircraft that can match multiple model, size.
Description
Technical field
The utility model is related to a kind of UAV Maneuver lifting propulsion plant.
Background technology
Existing quadrotor technology is more ripe, it is possible to achieve relatively stable flight effect, four rotor flyings
Device adopts four rotors as the direct driving force source of flight, rotor be symmetrically distributed in body around four direction, four
Rotor is in sustained height plane, and the structure of four rotors is all identical with radius, rotor 1 and rotor 3 rotate counterclockwise, rotor
2 and rotor 4 turn clockwise, four motors are symmetrically installed on the bracket end of aircraft, support intermediate space lay flight control
Computer processed and external equipment.Progress with four rotor technology and maturation, existing fixed-wing unmanned plane also can assemble four rotations
The wing, fixed-wing four rotor composite aircraft (compound four rotors) is a kind of latest developments successfully new vertical takeoff and landing vehicle,
Simple and effective VTOL solution is obtained using four rotors and fixed wing aircraft platform combination, there is many-side
Advantage it is contemplated that having preferable development prospect.During existing fixed wing aircraft installs four rotors additional, there is problems that
Four rotors install that structure is complex additional, and the fixed wing aircraft of different model, size cannot be mated.
Utility model content
The purpose of this utility model is to overcome above-mentioned deficiency present in prior art, and provides a kind of structure design to close
Reason, installs that structure is relatively simple additional, and can mate the UAV Maneuver lifting of the fixed wing aircraft of Multiple Type, size and push away
Enter device.
The technical scheme in the invention for solving the above technical problem is:
A kind of UAV Maneuver lifts propulsion plant, including battery, control module, the first rotor module, the second rotation
Wing module, the 3rd rotor module and the 4th rotor module, the first rotor module, the second rotor module, the 3rd rotor module,
Four rotor module, battery be all connected with control module it is characterised in that:Also include head rod, the second connecting rod, the 3rd company
Extension bar, the 4th connecting rod, the first rotor seat, the second rotor seat, the 3rd rotor seat, the 4th rotor seat, the first fixed seat, second solid
Reservation, the 3rd fixed seat and the 4th fixed seat, the first rotor module, the second rotor module, the 3rd rotor module, the 4th rotor mould
Block be separately fixed at the first rotor seat, the second rotor seat, the 3rd rotor seat, on the 4th rotor seat, the first rotor seat, the second rotor
Seat, the 3rd rotor seat, the 4th rotor seat, the first fixed seat, the second fixed seat, the 3rd fixed seat, the 4th fixed seat all offer
Adjustment hole is installed, the two ends of described head rod respectively penetrate the peace installing adjustment hole and the first fixed seat of the first rotor seat
Debug knothole, the two ends of described second connecting rod respectively penetrate the installation installing adjustment hole and the second fixed seat of the second rotor seat
Adjustment hole, the two ends of described 3rd connecting rod respectively penetrate the installation tune installing adjustment hole and the 3rd fixed seat of the 3rd rotor seat
Knothole, the two ends of described 4th connecting rod respectively penetrate the installation regulation installing adjustment hole and the 4th fixed seat of the 4th rotor seat
Hole, the first rotor seat, the second rotor seat, the 3rd rotor seat, the 4th rotor seat, the first fixed seat, the second fixed seat, the 3rd fixation
All offer on seat and the 4th fixed seat for adjusting, to installation, the screwed hole that in the hole is screwed into the first fixed screw, first is fixing
It is fixed with fixing for being screwed into second in the fuselage to unmanned plane in seat, the second fixed seat, the 3rd fixed seat and the 4th fixed seat
The installing hole of screw.
Preferably, also including the 5th rotor module and the 5th fixed seat, described 5th rotor module link control module.
Preferably, the first rotor seat, the second rotor seat all include rotor fixed seat and rotor wing rotation seat, the first rotor mould
Block, the second rotor module be separately fixed at the rotor wing rotation seat of the first rotor seat, on the rotor wing rotation seat of the second rotor seat, rotor
Rotating seat is rotatably installed in rotor fixed seat, and rotor fixed seat is fixed with the driving horse for driving rotor wing rotation seat to rotate
Reach, described drive motor link control module.Rotated relative to rotor fixed seat by drive motor rotor wing rotation seat, thus
The first rotor seat, the angle of the second rotor seat can be adjusted, thus realizing providing propulsive force forward, raising efficiency, strengthen no
Man-machine wind resistance, the speed of a ship or plane and mobility.
Preferably, the 5th fixed seat includes rotor fixed seat and rotor wing rotation seat, the rotor wing rotation seat of the 5th rotor seat
On, rotor wing rotation seat is rotatably installed in rotor fixed seat, and rotor fixed seat is fixed with for driving rotor wing rotation seat to rotate
Drive motor, described drive motor link control module.
Preferably, head rod and the 3rd connecting rod are fixed, the second connecting rod and the 4th connecting rod are fixed.
The utility model compared with prior art, has advantages below and effect:The utility model adopts modularized design
Can conveniently load and unload, be easy to carry, specifically due to adopting light foam material the fuselage of existing civilian amusement unmanned plane more,
Screw can easily be screwed into the fuselage of unmanned plane, thus it is solid to realize the first fixed seat, the second fixed seat, the 3rd fixed seat and the 4th
The fixation of reservation, thus realize the installation that UAV Maneuver lifts propulsion plant;The fixation of Multiple Type, size can be mated
Wing aircraft, thus fixed-wing unmanned plane is improved to the unmanned plane possessing VTOL function;The position of rotor module is adjustable, from
And go for the unmanned installation requirements of different shape size, the fixed wing aircraft of Multiple Type, size can be mated
Install demand additional, specifically due to head rod, the second connecting rod, the 3rd connecting rod, the 4th connecting rod can respectively relatively
First fixed seat, the second fixed seat, the 3rd fixed seat and the 4th fixed seat are slided, thus adjust respectively the first rotor module, the
The position of two rotor module, the 3rd rotor module and the 4th rotor module;Possess independent battery, control module, disobey
Relying the control device in unmanned plane, therefore can be, in installation process, the control system of original unmanned plane need not be made and to change, fall
Low operation easier.
Brief description
Fig. 1 is the structural representation that the utility model embodiment UAV Maneuver lifts propulsion plant.
Fig. 2 is the knot being arranged on fixed-wing unmanned plane that the utility model embodiment UAV Maneuver lifts propulsion plant
Structure schematic diagram one.
Fig. 3 is the knot being arranged on fixed-wing unmanned plane that the utility model embodiment UAV Maneuver lifts propulsion plant
Structure schematic diagram two.
Fig. 4 is the utility model embodiment rotor fixed seat and the structural representation of rotor wing rotation seat assembling.
Specific embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings and by embodiment, and following examples are right
Of the present utility model explain and the utility model is not limited to following examples.
Referring to Fig. 1-Fig. 3, a kind of UAV Maneuver of the present embodiment lifted propulsion plant, including battery, control module,
First rotor module 11, the second rotor module 12, the 3rd rotor module 13 and the 4th rotor module 14, the first rotor module
11st, the second rotor module 12, the 3rd rotor module 13, the 4th rotor module 14, battery are all connected with control module, unmanned plane machine
Dynamic property lifting propulsion plant also include head rod 21, the second connecting rod 22, the 3rd connecting rod 23, the 4th connecting rod 24, the
One rotor seat 31, the second rotor seat 32, the 3rd rotor seat 33, the 4th rotor seat 34, the first fixed seat 41, the second fixed seat 42,
3rd fixed seat 43 and the 4th fixed seat 44, the first rotor module 11, the second rotor module 12, the 3rd rotor module the 13, the 4th
Rotor module 14 be separately fixed at the first rotor seat 31, the second rotor seat 32, the 3rd rotor seat 33, on the 4th rotor seat 34,
One rotor seat 31, the second rotor seat 32, the 3rd rotor seat 33, the 4th rotor seat 34, the first fixed seat 41, the second fixed seat 42,
3rd fixed seat 43, the 4th fixed seat 44 all offer installation adjustment hole 51, and the two ends of described head rod 21 respectively penetrate
The installation adjustment hole 51 installing adjustment hole 51 and the first fixed seat 41 of the first rotor seat 31, the two ends of described second connecting rod 22
Respectively penetrate the installation adjustment hole 51 installing adjustment hole 51 and the second fixed seat 42 of the second rotor seat 32, described 3rd connecting rod
23 two ends respectively penetrate the installation adjustment hole 51 installing adjustment hole 51 and the 3rd fixed seat 43 of the 3rd rotor seat 33, and described the
The two ends of four connecting rods 24 respectively penetrate the installation adjustment hole installing adjustment hole 51 and the 4th fixed seat 44 of the 4th rotor seat 34
51, the first rotor seat 31, the second rotor seat 32, the 3rd rotor seat 33, the 4th rotor seat 34, the first fixed seat 41, second are fixing
All offer in seat the 42, the 3rd fixed seat 43 and the 4th fixed seat 44 for being screwed into the first fixed screw into installation adjustment hole 51
52 screwed hole, the first fixed seat 41, the second fixed seat 42, the 3rd fixed seat 43 and the 4th fixed seat 44 are fixed with for
It is screwed into the installing hole 53 of the second fixed screw in the fuselage of unmanned plane.
UAV Maneuver lifting propulsion plant also includes the 5th rotor module 35 and the 5th fixed seat 45, described 5th rotation
Wing module 35 link control module.
In the present embodiment, head rod 21 and the 3rd connecting rod 23 are fixing, the second connecting rod 22 and the 4th connecting rod 24
Fixing.
As shown in figure 4, the structure in the present embodiment can improve as follows, the first rotor seat 31, the second rotor seat further
32 all include rotor fixed seat 61 and rotor wing rotation seat 62, and the first rotor module 11, the second rotor module 12 are separately fixed at
On the rotor wing rotation seat 62 of one rotor seat 31, the rotor wing rotation seat 62 of the second rotor seat 32, rotor wing rotation seat 62 is rotatably installed in
In rotor fixed seat 61, rotor fixed seat 61 is fixed with the drive motor for driving rotor wing rotation seat 62 to rotate, described driving
Motor link control module.5th fixed seat 45 includes rotor fixed seat 61 and rotor wing rotation seat 62, the rotor of the 5th rotor seat
On rotating seat 62, rotor wing rotation seat 62 is rotatably installed in rotor fixed seat 61, and rotor fixed seat 61 is fixed with for driving rotation
The drive motor 63 that wing rotating seat 62 rotates, described drive motor 63 link control module.Drive motor is via first bevel gear
71st, second bevel gear 72, first gear 73, second gear 74 realize the rotation to rotor wing rotation seat, specifically, the second cone tooth
Wheel, first gear are rotatably installed in rotor fixed seat 61, and first bevel gear is fixed in the drive shaft of drive motor, and described the
Two gears are fixed on rotor wing rotation seat 62, and second bevel gear and first gear are fixed in same rotating shaft, described first cone tooth
Wheel, second bevel gear engage each other, and first gear, second gear engage each other.Using this structure, it is possible to achieve drive horse
Reach fore-and-aft direction arrangement, such that it is able to reduce structural volume, reduce windage.
It should be noted that because the technology of existing quadrotor, five rotor crafts is more ripe, this enforcement
Battery, control module, the first rotor module 11, the second rotor module 12, the 3rd rotor module 13 and the 4th rotor in example
The respective circuit structure of module 14 and its circuit connection structure each other, software control method all can adopt existing skill
Art realize, the present embodiment subject matter to be solved be rotor module install assembling frame for movement problem, therefore for
Battery, control module, the first rotor module 11, the second rotor module 12, the 3rd rotor module 13 and the 4th rotor module
14 respective circuit structure and its attachment structure each other, software control method are not described further, industry technology
Personnel can realize the technical scheme of the present embodiment in conjunction with the prior art of the industry.
Above content described in this specification is only to the utility model example explanation.The utility model
Person of ordinary skill in the field can make various modifications or supplement or adopt class to described specific embodiment
As mode substitute, the content without departing from the utility model specification or surmount model defined in the claims
Enclose, protection domain of the present utility model all should be belonged to.
Claims (5)
1. a kind of UAV Maneuver lifts propulsion plant, including battery, control module, the first rotor module, the second rotor
Module, the 3rd rotor module and the 4th rotor module, the first rotor module, the second rotor module, the 3rd rotor module, the 4th
Rotor module, battery be all connected with control module it is characterised in that:Also include head rod, the second connecting rod, the 3rd connection
Bar, the 4th connecting rod, the first rotor seat, the second rotor seat, the 3rd rotor seat, the 4th rotor seat, the first fixed seat, the second fixation
Seat, the 3rd fixed seat and the 4th fixed seat, the first rotor module, the second rotor module, the 3rd rotor module, the 4th rotor module
Be separately fixed at the first rotor seat, the second rotor seat, the 3rd rotor seat, on the 4th rotor seat, the first rotor seat, the second rotor
Seat, the 3rd rotor seat, the 4th rotor seat, the first fixed seat, the second fixed seat, the 3rd fixed seat, the 4th fixed seat all offer
Adjustment hole is installed, the two ends of described head rod respectively penetrate the peace installing adjustment hole and the first fixed seat of the first rotor seat
Debug knothole, the two ends of described second connecting rod respectively penetrate the installation installing adjustment hole and the second fixed seat of the second rotor seat
Adjustment hole, the two ends of described 3rd connecting rod respectively penetrate the installation tune installing adjustment hole and the 3rd fixed seat of the 3rd rotor seat
Knothole, the two ends of described 4th connecting rod respectively penetrate the installation regulation installing adjustment hole and the 4th fixed seat of the 4th rotor seat
Hole, the first rotor seat, the second rotor seat, the 3rd rotor seat, the 4th rotor seat, the first fixed seat, the second fixed seat, the 3rd fixation
All offer on seat and the 4th fixed seat for adjusting, to installation, the screwed hole that in the hole is screwed into the first fixed screw, first is fixing
It is fixed with fixing for being screwed into second in the fuselage to unmanned plane in seat, the second fixed seat, the 3rd fixed seat and the 4th fixed seat
The installing hole of screw.
2. UAV Maneuver according to claim 1 lifting propulsion plant it is characterised in that:Also include the 5th rotor mould
Block and the 5th fixed seat, described 5th rotor module link control module.
3. UAV Maneuver according to claim 1 lifting propulsion plant it is characterised in that:First rotor seat, second
Rotor seat all includes rotor fixed seat and rotor wing rotation seat, and the first rotor module, the second rotor module are separately fixed at the first rotation
On the rotor wing rotation seat of wing seat, the rotor wing rotation seat of the second rotor seat, rotor wing rotation seat is rotatably installed in rotor fixed seat, rotation
Wing fixed seat is fixed with the drive motor for driving rotor wing rotation seat to rotate, described drive motor link control module.
4. UAV Maneuver according to claim 2 lifting propulsion plant it is characterised in that:5th fixed seat includes revolving
Wing fixed seat and rotor wing rotation seat, on the rotor wing rotation seat of the 5th rotor seat, rotor wing rotation seat is rotatably installed in rotor fixed seat
On, rotor fixed seat is fixed with the drive motor for driving rotor wing rotation seat to rotate, described drive motor link control module.
5. UAV Maneuver according to claim 1 lifting propulsion plant it is characterised in that:Head rod and the 3rd
Connecting rod is fixed, and the second connecting rod and the 4th connecting rod are fixed.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201620908585.1U CN205931249U (en) | 2016-08-19 | 2016-08-19 | Unmanned aerial vehicle mobility promotes advancing device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201620908585.1U CN205931249U (en) | 2016-08-19 | 2016-08-19 | Unmanned aerial vehicle mobility promotes advancing device |
Publications (1)
Publication Number | Publication Date |
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CN205931249U true CN205931249U (en) | 2017-02-08 |
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ID=57947200
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201620908585.1U Expired - Fee Related CN205931249U (en) | 2016-08-19 | 2016-08-19 | Unmanned aerial vehicle mobility promotes advancing device |
Country Status (1)
Country | Link |
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CN (1) | CN205931249U (en) |
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2016
- 2016-08-19 CN CN201620908585.1U patent/CN205931249U/en not_active Expired - Fee Related
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Legal Events
Date | Code | Title | Description |
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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 |
Granted publication date: 20170208 Termination date: 20170819 |
|
CF01 | Termination of patent right due to non-payment of annual fee |