CN207791154U - VTOL flight instruments and fixed-wing unmanned plane - Google Patents
VTOL flight instruments and fixed-wing unmanned plane Download PDFInfo
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- CN207791154U CN207791154U CN201721830953.6U CN201721830953U CN207791154U CN 207791154 U CN207791154 U CN 207791154U CN 201721830953 U CN201721830953 U CN 201721830953U CN 207791154 U CN207791154 U CN 207791154U
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Abstract
This application provides a kind of VTOL flight instruments and fixed-wing unmanned planes.The VTOL flight instruments include the first rotor power mechanism and the second rotor power mechanism at horn and the both ends for being symmetrically disposed on the wing;Control mechanism, power sector and connecting line are provided in the horn, the control mechanism is of coupled connections with first rotor power mechanism and second rotor power mechanism, and the power sector is electrically connected with first rotor power mechanism, second rotor power mechanism and the control mechanism;One end of the connecting line is connect with the control mechanism telecommunications, and the other end of the connecting line is located at outside the horn and is provided with plug.The VTOL flight instruments are provided on the wing of the fixed-wing unmanned plane.The VTOL flight instruments and unmanned plane of the application have higher efficiency, and can adapt to variously-shaped and weight the article for being suitable for transport, and easy for assembly, of low cost.
Description
Technical field
This application involves a kind of flight instruments and unmanned plane, especially a kind of VTOL flight instruments of energy VTOL
And fixed-wing unmanned plane.
Background technology
Referred to as " unmanned plane ", english abbreviation is " UAV " to UAV, using radio robot and is provided for oneself
The not manned aircraft that presetting apparatus manipulates, or fully or intermittently automatically operated by car-mounted computer.Civilian
Unmanned plane in, it is most common to have fixed-wing unmanned plane and multi-rotor unmanned aerial vehicle.
Fixed-wing unmanned plane refers to fixed one kind of wing that wing outer end angle of sweep can be adjusted with speed automatic or manual
Unmanned plane.
However, fixed-wing unmanned plane is for the more demanding of landing site.When landing site is good, fixed-wing unmanned plane
With very high efficiency.When landing site's condition is slightly insufficient, fixed-wing unmanned plane can not just carry out operation.
And traditional combined type VTOL fixed-wing unmanned plane, in flight course, VTOL component can become
It bears a heavy burden, and generates resistance, cause the operating efficiency of combined type VTOL fixed-wing unmanned plane to reduce, air mileage has to contract
Short, even under good site condition, efficiency is still relatively low.
Multi-rotor unmanned aerial vehicle is a kind of tool there are three and the above rotor shaft special pilotless helicopter.It passes through
Motor rotation on each axis, drives rotor, to generate a liter thrust.By changing the relative rotation speed between different rotors,
The size that uniaxial propulsive force can be changed, to control the running orbit of aircraft.
Since multi-rotor unmanned aerial vehicle is limited by own form, so the shape and weight of its article that can be transported at present
Also it is all very restricted.Shape and weight if necessary to the article of transport do not meet used multi-rotor unmanned aerial vehicle, also
It needs to redesign and produce the multi-rotor unmanned aerial vehicle that can be used again, it is time-consuming and laborious, and also cost is very high.
Utility model content
In order to solve the problems, such as current unmanned plane inefficiency and variously-shaped transport article, the application can not be adapted to
Propose a kind of VTOL flight instruments and fixed-wing unmanned plane, there is higher efficiency, and can adapt to it is variously-shaped and
The article for being suitable for transport of weight, and it is easy for assembly, it is of low cost.
Technical solution is used by the application solves its technical problem:A kind of VTOL flight instruments comprising machine
Arm, the first rotor power mechanism and the second rotor power mechanism, first rotor power mechanism and second rotor power
Mechanism is symmetrically disposed on the both ends of the horn;Control mechanism, power sector and connecting line are provided in the horn, it is described
Control mechanism is of coupled connections with first rotor power mechanism and second rotor power mechanism, the power sector with
First rotor power mechanism, second rotor power mechanism and the control mechanism are electrically connected;The connecting line
One end is connect with the control mechanism telecommunications, and the other end of the connecting line is located at outside the horn, and the connecting line is another
One end is provided with plug.
VTOL flight instruments as described above, wherein the rotation axis of first rotor power mechanism and described
The rotation axis of second rotor power mechanism is straight up.
VTOL flight instruments as described above, wherein the structure of first rotor power mechanism and described second
The structure of rotor power mechanism is identical.
VTOL flight instruments as described above, wherein first rotor power mechanism includes being electrically connected to each other
First brushless motor and the first rotor blade, second rotor power mechanism include the second brushless motor for being electrically connected to each other and
Second rotor blade;First brushless motor and second brushless motor are electrically connected with the power sector.
VTOL flight instruments as described above, wherein first rotor power mechanism further includes the first electronics tune
Fast device, one end of first electron speed regulator are electrically connected with first brushless motor, first electron speed regulator it is another
One end is electrically connected with the control mechanism;Second rotor power mechanism further includes the second electron speed regulator, second electricity
One end of sub- governor is electrically connected with second brushless motor, the other end and the control machine of second electron speed regulator
Structure is electrically connected;The power sector is electrically connected by first electron speed regulator with first brushless motor, the power supply
Mechanism is electrically connected by second electron speed regulator with second brushless motor.
VTOL flight instruments as described above, wherein the power sector includes the first power supply and second source, institute
It states the first power supply to be electrically connected with first brushless motor by first electron speed regulator, the second source passes through described
Second electron speed regulator is electrically connected with second brushless motor;First power supply and/or the second source and the control
Mechanism electrical connection processed.
VTOL flight instruments as described above, wherein the control mechanism includes control unit, described control unit
Including control chip, gyroscope, accelerometer, barometer, compass and power management subelement, the control chip and the top
Spiral shell instrument, the accelerometer, the barometer, the compass and the power management subelement are of coupled connections, the control
Unit telecommunications is connected with Digital Transmission module and signal receiver.
VTOL flight instruments as described above, wherein the control mechanism further includes GPS unit, and the GPS is mono-
It is first to be of coupled connections with the control chip.
VTOL flight instruments as described above, wherein at least two screwed retaining rings are provided on the horn.
The application also proposes a kind of fixed-wing unmanned plane comprising the side of fuselage, the fuselage is provided with the first wing,
The other side of the fuselage is provided with second wing symmetrical with first wing, first wing and second machine
At least one VTOL flight instruments as described above are both provided on the wing, the VTOL flight dress on first wing
It sets and is symmetrical arranged with the VTOL flight instruments on second wing, the VTOL flight instruments on first wing
Connecting line be connected to each other with the connecting line of the VTOL flight instruments on corresponding second wing, it is multiple described vertical to rise
Center line of the center line each parallel to the fuselage of the horn of flight instruments drops.
The VTOL flight instruments and fixed-wing unmanned plane of the application, by by first rotor power mechanism and institute
The both ends that the second rotor power mechanism is symmetrically assembled in the horn are stated, controlling first rotor by the control mechanism moves
Force mechanisms and second rotor power mechanism, enable the VTOL flight instruments VTOL and flight.Institute as a result,
Stating VTOL flight instruments becomes completely self-contained modular flight part external member, and landing and flight are no longer limited by landing
Whether place is good, and has higher efficiency;The VTOL flight instruments can be loaded into respectively by connector
Kind of shape and weight, suitable on the article to be transported of transport, such as pass through chain, adhesive tape, the VTOL flight
Device can drive the article VTOL and flight to be transported, assembling extremely easy;If Item Weight to be transported is larger, can
It will be adjacent by the plug of the connecting line to load multiple VTOL flight instruments on an article to be transported
Two horns be connected to each other, can be communicated between two after the docking VTOL flight instruments, to real
Now common flight, therefore using the VTOL flight instruments of the application, it need not be according to the shape and weight of article to be transported
Unmanned plane is redesigned and produced, can be effectively reduced cost, various specifications heavy weight goods express transportation device can be used as, very
Suitable for carrying out express delivery, it is suitble to be widely applied on the market.
Description of the drawings
Fig. 1 is the structural schematic diagram of the VTOL flight instruments of the application.
Reference sign:
1, horn, 11, connecting line, the 21, first brushless motor, the 22, first rotor blade, the 23, first electron speed regulator,
31, the second brushless motor, the 32, second rotor blade, the 33, second electron speed regulator, the 41, first power supply, 42, second electricity
Source, 5, control unit, 6, Digital Transmission module, 7, signal receiver, 8, GPS units.
Specific implementation mode
In order to which the technical features, objects and effects to the application are more clearly understood, now control illustrates this Shen
Specific implementation mode please.
The explanation of following embodiment is to refer to schema, to illustrate that the utility model can be used to the particular implementation of implementation
Example.The direction term that the utility model is previously mentioned, such as "upper", "lower", "front", "rear", "left", "right", "inner", "outside", " side
Face " etc. is only the direction with reference to schema.Therefore, the direction term used is to illustrate and understand the utility model, Er Feiyong
To limit the utility model.
As shown in Figure 1, this application provides a kind of VTOL flight instruments comprising horn 1, the first rotor power machine
Structure and the second rotor power mechanism, first rotor power mechanism and second rotor power mechanism are symmetrically disposed on institute
State the both ends of horn 1;Be provided with control mechanism, power sector and connecting line 11 in the horn 1, the control mechanism with it is described
First rotor power mechanism and second rotor power mechanism are of coupled connections, and the power sector is dynamic with first rotor
Force mechanisms, second rotor power mechanism and the control mechanism are electrically connected;One end of the connecting line 11 and the control
Mechanism telecommunications connection processed, the other end of the connecting line 11 are located at outside the horn 1, and the other end setting of the connecting line 11
There is plug.
The VTOL flight instruments of the application, by by first rotor power mechanism and second rotor power
Mechanism is symmetrically assembled in the both ends of the horn 1, and first rotor power mechanism and described is controlled by the control mechanism
Second rotor power mechanism enables the VTOL flight instruments VTOL and flight.The VTOL flies as a result,
Luggage is set to as completely self-contained modular flight part external member, and whether landing and flight are no longer limited by landing site good
It is good, and there is higher efficiency;The VTOL flight instruments can be loaded by connector variously-shaped and again
Amount, suitable on the article to be transported of transport, such as by chain, adhesive tape, the VTOL flight instruments can band
The article VTOL and flight to be transported are moved, assembling is extremely easy;If Item Weight to be transported is larger, can be waited at one
Multiple VTOL flight instruments are loaded on transport article, by the plug of the connecting line 11, by two adjacent institutes
It states horn 1 to be connected to each other, can be communicated between two after the docking VTOL flight instruments, to realize common fly
Row, therefore using the VTOL flight instruments of the application, need not be redesigned according to the shape and weight of article to be transported
With production unmanned plane, can effectively reduce cost, can be used as various specifications heavy weight goods express transportation device, be highly suitable for into
Row express delivery is suitble to be widely applied on the market.
Long straight shape structure may be used in the horn 1, in order to which article to be transported to be fixed on to the VTOL of the application
Flight instruments.Such as express delivery article, generally using box, either chest is packaged and is assembled in box-like or box-like express delivery
It is extremely easy in the straight shape structure of length of the horn 1.The even article of other shapes, the horn 1 with the straight shape structure of length
It is also extremely easy to carry out assembling.Furthermore the flight of the VTOL flight instruments is not only restricted to landing site, have compared with
High efficiency, it is of low cost, therefore the VTOL flight instruments for carrying article to be transported, particularly carry express delivery,
It is extremely effectively and convenient.(do not show in figure alternatively, it is also possible to select at least two screwed retaining rings are arranged on the horn 1
Go out), by the screwed retaining ring, the VTOL flight instruments are fixedly connected with the article to be transported that bolt can be arranged.
Finally, for the ease of the connection between two adjacent VTOL flight instruments, the connecting line 11, which can be selected, to be stretched
Contracting connecting line, for example, can folding and unfolding length of cable cable buncher, by multiple VTOL flight instruments and article to be transported
When mutually fixed, it just need not be limited to the length of the connecting line 11 and be inconvenient to fix the VTOL flight instruments.
In one preferred embodiment, the rotation axis of first rotor power mechanism and second rotor are dynamic
The rotation axis of force mechanisms straight up, makes the first rotor power unit and the second rotor power unit have first
The function of having wing, so as to preferably generate upward power, to drive the horn 1 to take off vertically.
It is possible that the structure of first rotor power mechanism is identical with the structure of second rotor power mechanism.
Such as can be that first rotor power mechanism includes the first brushless motor 21 and the first rotor blade being electrically connected to each other
22, second rotor power mechanism includes the second brushless motor 31 and the second rotor blade 32 being electrically connected to each other;Described
One brushless motor 21 and second brushless motor 31 are electrically connected with the power sector.The VTOL flight instruments
The lift that takes off relies primarily on first brushless motor 21 and drives first rotor blade 22 and second brushless motor
31 drive second rotor blade 32 to generate, and when taking off, lift is more than the VTOL flight instruments and article to be transported
Gravity when, the VTOL flight instruments drive the article to be transported to rise;When taking off, lift is equal to the VTOL
When the gravity of flight instruments and article to be transported, the VTOL flight instruments drive the article to be transported to hover in the air;
When the lift that takes off is less than the gravity of the VTOL flight instruments and article to be transported, the VTOL flight instruments band
Move the article falling head to be transported.
Specifically, first rotor power mechanism further includes the first electron speed regulator 23, first electron speed regulator
23 one end is electrically connected with first brushless motor 21, the other end and the control mechanism of first electron speed regulator 23
Electrical connection;Second rotor power mechanism further includes the second electron speed regulator 33, one end of second electron speed regulator 33
It is electrically connected with second brushless motor 31, the other end of second electron speed regulator 33 is electrically connected with the control mechanism;
The power sector is electrically connected by first electron speed regulator 23 with first brushless motor 21, and the power sector is logical
Second electron speed regulator 33 is crossed to be electrically connected with second brushless motor 31.First electron speed regulator 23 and described
The control signal of the control mechanism can be changed into current signal by the second electron speed regulator 33, be respectively used to control institute
State the rotating speed of the rotating speed and second brushless motor 31 of the first brushless motor 21.Because of the electric current of first brushless motor 21
Electric current with second brushless motor 31 is prodigious, usual first brushless motor 21 or the second brushless electricity
Machine 31 averagely has the electric current of 3A or so in normal work, by the way that first electron speed regulator 23 and second electricity is arranged
Sub- governor 33 makes the control mechanism that need not bear so big electric current, and enables the control mechanism conveniently
Drive first brushless motor 21 and second brushless motor 31.Meanwhile first electron speed regulator 23 and described
Two electron speed regulators 33 also act as the effect of voltage change device in the VTOL flight instruments of the application, by the power supply
The voltage of mechanism becomes suitable for the voltage powered to the control mechanism, then supplies electricity to the control mechanism.
The power sector mentioned in the VTOL flight instruments of the application can be to be set to the horn 1
One block of interior power supply, such as high performance lithium battery group or the heavy-duty battery that is suitable for the application of.Can also be as shown in Fig. 1, institute
State power sector include the first power supply 41 and second source 42, first power supply 41 by first electron speed regulator 23 with
First brushless motor 21 is electrically connected, and the second source 42 is brushless by second electron speed regulator 33 and described second
Motor 31 is electrically connected;First power supply 41 and/or the second source 42 are electrically connected with the control mechanism.The i.e. described control
Mechanism processed can be only electrically connected with first power supply 41, can also be only electrically connected with the second source 42 or the control
Mechanism processed is electrically connected with first power supply 41 and the second source 42 simultaneously, in order to first power supply 41 and described
Two power supplys 42 give first electron speed regulator 23 and second electron speed regulator 33 to power respectively.Wherein, first electricity
Source 41 can be high performance lithium battery group or the heavy-duty battery that is suitable for the application of, and the second source 42 can also be high property
The lithium battery group of energy or the heavy-duty battery being suitable for the application of.First power supply 41 can select phase with the second source 42
Same battery, can also select different batteries.
In specific implementation mode as shown in Figure 1, the control mechanism includes control unit 5, described control unit 5
Including control chip, gyroscope, accelerometer, barometer, compass and power management subelement, the control chip and the top
Spiral shell instrument, the accelerometer, the barometer, the compass and the power management subelement are of coupled connections, the control
5 telecommunications of unit is connected with Digital Transmission module 6 and signal receiver 7.The control mechanism further includes GPS unit 8, the GPS
Unit 8 is of coupled connections with the control chip.
Present invention also provides a kind of fixed-wing unmanned planes comprising the side of fuselage, the fuselage is provided with the first machine
The other side of the wing, the fuselage is provided with second wing symmetrical with first wing, first wing and described
At least one VTOL flight instruments as described above are both provided on two wings, the VTOL on first wing flies
Luggage is set to be symmetrical arranged with the VTOL flight instruments on second wing, the VTOL flight on first wing
The connecting line of device is connected to each other with the connecting line of the VTOL flight instruments on corresponding second wing, multiple described vertical
Center line of the center line of the horn 1 of straight landing flight instruments each parallel to the fuselage.
The fixed-wing unmanned plane of the application, by by first rotor power mechanism and second rotor power mechanism
The both ends of the horn 1 are symmetrically assembled in, first rotor power mechanism and described second is controlled by the control mechanism
Rotor power mechanism enables the VTOL flight instruments VTOL and flight.The VTOL flight dress as a result,
It is set to as completely self-contained modular flight part external member, whether landing and flight are no longer limited by landing site good, and
And there is higher efficiency;Can by connector by the VTOL flight instruments be loaded into variously-shaped and weight,
Suitable on the article to be transported of transport, such as by chain, adhesive tape, the VTOL flight instruments can drive this to wait for
Article VTOL and flight are transported, assembling is extremely easy;It, can be in an object to be transported if Item Weight to be transported is larger
Multiple VTOL flight instruments are loaded on product, by the plug of the connecting line 11, by two adjacent horns 1
It is connected to each other, can be communicated between two after the docking VTOL flight instruments, to realize common flight, therefore
Using the VTOL flight instruments of the application, nothing need not be redesigned and produced according to the shape and weight of article to be transported
It is man-machine, it can effectively reduce cost, various specifications heavy weight goods express transportation device can be used as, be highly suitable for carrying out express delivery,
It is suitble to be widely applied on the market.
The takeoff and landing of the fixed-wing unmanned plane with it is aforementioned described in VTOL flight instruments takeoff and landing
Essentially identical, details are not described herein.When the fixed-wing unmanned plane, which rises, flies to suitable position, from the foregoing it will be appreciated that when described solid
When determining the lift that takes off of wing unmanned plane and being equal to the gravity of the entire fixed-wing unmanned plane and belongings, the fixed-wing nobody
Machine can be realized under the action of the VTOL flight instruments and be hovered in the air, at this point, described in the control mechanism
Control chip can receive the signal feedback of other component in described control unit 5, to pass through the electron speed regulator, control
All brushless motors stop, to reduce resistance;At this point, the fixed-wing unmanned plane needs flight forward, increase described hang down
The rotating speed of the brushless motor at the rear of straight landing flight instruments, reduces the brushless motor in the front of the VTOL flight instruments
Rotating speed make the fixed-wing unmanned plane flight forward to generate the power of flight forward;When the fixed-wing unmanned plane needs
When changing course, if the steering of brushless motor is identical as the direction of course change, increase the rotating speed of the brushless motor, otherwise also
So, to carry out steering operation using the speed discrepancy of brushless motor.Here brushless motor refers to mentioned hereinabove described hangs down
First brushless motor 21 in straight landing flight instruments and second brushless motor 31.If the fixed-wing unmanned plane goes out
Showing failure, the control mechanism can be fed back according to the signal of described control unit 5 and the GPS unit 8, be started in time, from
And the effect of parachute is served as, so that the fixed-wing unmanned plane can steadily land.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection;It can be mechanical connection, can also be electrical connection;Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, it can understand above-mentioned art with concrete condition
The concrete meaning of language in the present invention.
Finally it should be noted that:The above various embodiments is only to illustrate the technical solution of the utility model, rather than limits it
System;Although the utility model has been described in detail with reference to the foregoing embodiments, those skilled in the art should
Understand:It still can be with technical scheme described in the above embodiments is modified, either to which part or whole
Technical characteristic carries out equivalent replacement;And these modifications or replacements, this practicality that it does not separate the essence of the corresponding technical solution are new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of VTOL flight instruments, which is characterized in that the VTOL flight instruments include that horn, the first rotor are dynamic
Force mechanisms and the second rotor power mechanism, first rotor power mechanism and second rotor power mechanism are symmetrically arranged
In the both ends of the horn;Be provided with control mechanism, power sector and connecting line in the horn, the control mechanism with it is described
First rotor power mechanism and second rotor power mechanism are of coupled connections, and the power sector is dynamic with first rotor
Force mechanisms, second rotor power mechanism and the control mechanism are electrically connected;One end of the connecting line and the control
Mechanism telecommunications connection, the other end of the connecting line is located at outside the horn, and the other end of the connecting line is provided with plug.
2. VTOL flight instruments according to claim 1, which is characterized in that the rotation of first rotor power mechanism
Shaft axis and the rotation axis of second rotor power mechanism are straight up.
3. VTOL flight instruments according to claim 1 or 2, which is characterized in that first rotor power mechanism
Structure it is identical with the structure of second rotor power mechanism.
4. VTOL flight instruments according to claim 3, which is characterized in that first rotor power mechanism includes
The first brushless motor and the first rotor blade being electrically connected to each other, second rotor power mechanism include be electrically connected to each other
Two brushless motors and the second rotor blade;First brushless motor and second brushless motor are electric with the power sector
Connection.
5. VTOL flight instruments according to claim 4, which is characterized in that first rotor power mechanism is also wrapped
The first electron speed regulator is included, one end of first electron speed regulator is electrically connected with first brushless motor, first electricity
The other end of sub- governor is electrically connected with the control mechanism;Second rotor power mechanism further includes the second electronic speed regulation
Device, one end of second electron speed regulator are electrically connected with second brushless motor, second electron speed regulator it is another
End is electrically connected with the control mechanism;The power sector passes through first electron speed regulator and first brushless motor electricity
Connection, the power sector are electrically connected by second electron speed regulator with second brushless motor.
6. VTOL flight instruments according to claim 5, which is characterized in that the power sector includes the first power supply
And second source, first power supply are electrically connected by first electron speed regulator with first brushless motor, described
Two power supplys are electrically connected by second electron speed regulator with second brushless motor;First power supply and/or described
Two power supplys are electrically connected with the control mechanism.
7. VTOL flight instruments according to claim 5, which is characterized in that the control mechanism includes that control is single
Member, described control unit includes controlling chip, gyroscope, accelerometer, barometer, compass and power management subelement, described
Control chip and the gyroscope, the accelerometer, the barometer, the compass and the equal coupling of power management subelement
Connection is closed, described control unit telecommunications is connected with Digital Transmission module and signal receiver.
8. VTOL flight instruments according to claim 7, which is characterized in that the control mechanism further includes GPS mono-
Member, the GPS unit are of coupled connections with the control chip.
9. VTOL flight instruments according to claim 1, which is characterized in that be provided at least two on the horn
Screwed retaining ring.
10. a kind of fixed-wing unmanned plane, which is characterized in that the fixed-wing unmanned plane includes fuselage, and the side of the fuselage is set
It is equipped with the first wing, the other side of the fuselage is provided with second wing symmetrical with first wing, first machine
At least one VTOL flight dress as claimed in any one of claims 1-9 wherein is both provided on the wing and second wing
It sets, the VTOL flight instruments on first wing are symmetrically set with the VTOL flight instruments on second wing
It sets, the connecting line of the VTOL flight instruments on first wing flies with the VTOL on corresponding second wing
The connecting line that luggage is set is connected to each other, and the center line of the horn of multiple VTOL flight instruments is each parallel to the fuselage
Center line.
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CN107953990A (en) * | 2017-12-25 | 2018-04-24 | 卫旭阳 | VTOL flight instruments and fixed-wing unmanned plane |
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CN107953990A (en) * | 2017-12-25 | 2018-04-24 | 卫旭阳 | VTOL flight instruments and fixed-wing unmanned plane |
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