CN206601148U - The testing stand detected for plant protection aircraft atomization quality - Google Patents
The testing stand detected for plant protection aircraft atomization quality Download PDFInfo
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- CN206601148U CN206601148U CN201720252043.8U CN201720252043U CN206601148U CN 206601148 U CN206601148 U CN 206601148U CN 201720252043 U CN201720252043 U CN 201720252043U CN 206601148 U CN206601148 U CN 206601148U
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Abstract
A kind of testing stand detected for plant protection aircraft atomization quality, including underframe, slide and aircraft installing component, vertical shift platform of the slide provided with energy longitudinal translation, traversing platform of the vertical shift platform provided with energy transverse translation, the translation direction of the translation direction of vertical shift platform and traversing platform is mutually perpendicular to and parallel with a fixed pan on slide, slide is arranged on underframe by angle adjusting mechanism, aircraft installing component is installed on traversing platform by vertical shift mechanism, the direction that vertical shift mechanism drives aircraft installing component to move is vertical with fixed pan, testing stand also includes the vertical shift drive component for being used to drive vertical shift platform to move, for driving the traversing drive component of traversing platform movement and collector placing mechanism for installing droplet collector.The utility model has the advantages that simple in construction, manipulation is simple and convenient, and the spray testing under different spray conditions can be carried out by this testing stand, the authenticity and reliability of test data is guaranteed.
Description
Technical field
The utility model is related to agricultural spray detection technique field, and in particular to one kind is used for plant protection aircraft atomization quality
The testing stand of detection.
Background technology
The quality sprayed in plant protection spray process is that modern agricultural production personnel are concerned about the most, according to statistics, spraying mechanical
Due to being influenceed by various factors in operation process, causing more than 50% droplet can not stick on target, and this causes agriculture
Medicine also exacerbates the deterioration of environment while waste, thus during how detecting spraying operation various factors to atomization quality
Influence turns into a focus of attention in the industry.For the atomization quality of engine formula sprayer, scientific research personnel can in laboratory or
Correlation test research is carried out in wind-tunnel, atomization quality is evaluated by obtaining spraying droplet deposition or drift data.But,
For the atomization quality detection of emerging aircraft spraying, it is currently limited to utilize skilled winged control human users aircraft
Auxiliary plus alignment system is tested in field, carrys out the quality of sense aircraft spraying.Aircraft is not in spray process
It is evitable to be influenceed by the various factors such as people and aerial air-flow, the moment such as flying speed, course and flying height of aircraft
Change, and factors above is that winged control personnel or researcher are uncontrollable in testing, and its result can cause in experiment
Resulting data distortion, so that experiment loses due meaning and value.Therefore, how to design one can complete detection
The testing stand of plant protection aircraft atomization quality, as row those skilled in the art's urgent problem to be solved.
Utility model content
The technical problems to be solved in the utility model be overcome the shortcomings of prior art exist there is provided it is a kind of it is simple in construction,
Manipulation is simple and convenient, can simulate a variety of spray conditions, be used for plant protection flight beneficial to the real reliability for improving test data
The testing stand of device atomization quality detection,
In order to solve the above technical problems, the utility model uses following technical scheme：
A kind of testing stand detected for plant protection aircraft atomization quality, including underframe, slide and aircraft installing component,
Vertical shift platform of the slide provided with energy longitudinal translation, traversing platform of the vertical shift platform provided with energy transverse translation, institute
The translation direction of the translation direction and traversing platform of stating vertical shift platform is mutually perpendicular to and put down with a fixed pan on slide
OK, the slide is arranged on underframe by angle adjusting mechanism and the fixed pan and water can be adjusted by angle adjusting mechanism
The angle of plane, the aircraft installing component is installed on the traversing platform by vertical shift mechanism, and the vertical shift mechanism drives
The direction for moving aircraft installing component is vertical with the fixed pan, and the testing stand also includes being used to drive vertical shift platform
Mobile vertical shift drive component and the traversing drive component for driving traversing platform movement.
Above-mentioned is used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that the slide is parallel including two
And spaced apart longitudinal rail, the vertical shift platform is installed on two longitudinal rails by running on wheels component.
Above-mentioned is used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that the angle adjusting mechanism includes
Two groups adjust two longitudinal rail angles respectively angular adjustment component, the angular adjustment component includes fixed pole and flexible
Actuator, the lower end of the fixed pole is fixedly mounted on underframe, and the upper end of the fixed pole is hinged with longitudinal rail, institute
State telescopic drive part to be fixedly mounted on underframe, the longitudinal rail is provided with chute, the telescopic drive end of the telescopic drive part
It is connected by the articulated elements being slidedly arranged in the chute with longitudinal rail.
Above-mentioned is used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that the vertical shift mechanism includes lifting
Rack, gear and the vertical shift stepless speed-regulating motor rotated on traversing platform for drive gear, the lifter rack edge
Vertical direction is slidedly arranged on traversing platform and engaged with gear；The vertical shift drive component includes vertical shift stepless speed-regulating motor, institute
Running on wheels component is stated including two on vertical shift platform with upper whorl axial, two are provided with each wheel shaft respectively along two
The road wheel of longitudinal rail walking, at least one wheel shaft is connected by the first transmission mechanism with the vertical shift stepless speed-regulating motor；
Horizontal slide rail is installed, the traversing platform is slidedly arranged in the horizontal slide rail, the traversing driving group on the vertical shift platform
Part includes traversing stepless speed-regulating motor and the screw mandrel on vertical shift platform, and the traversing stepless speed-regulating motor is passed by second
Motivation structure is connected with screw mandrel, and the screw mandrel is connected with traversing platform.
Above-mentioned is used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that also installed on the traversing platform
There is the locking system for locking lifter rack；The vertical shift drive component is provided with brake apparatus；The two of the horizontal slide rail
End is provided with touching formula control device for reversing.
It is above-mentioned to be used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that first transmission mechanism and the
Two transmission mechanisms are chain wheel driving mechanism.
Above-mentioned is used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that the underframe is provided with to be located at and slided
Collector placing mechanism below seat, the collector placing mechanism includes being divided into two groups of bar groups of underframe both sides, each group bar
Group includes many vertically spaced level placement bars.
Above-mentioned is used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that the testing stand is additionally provided with power supply
Control cabinet and safety slip electric transmission device, the safety slip electric transmission device include the tube type trolley line that is connected with external power supply and
The wiping current-collector being connected with power controling box, the tube type trolley line is arranged on slide, and the wiping current-collector is arranged on
On vertical shift platform, the wiping current-collector is slidably connected with tube type trolley line, and the end face of the tube type trolley line is in n shapes,
The wiping current-collector is monopole spring compression type current-collector.
Above-mentioned is used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that also installed on the vertical shift platform
There is the pressurization motor of medicine-chest, Teat pipette and the driving Teat pipette, the Teat pipette is connected by pipeline with medicine-chest.
It is above-mentioned to be used for the testing stand that plant protection aircraft atomization quality is detected, it is preferred that the aircraft installing component is
The screwed hole for connecting clamping device is offered on one square plate, the square plate.
Compared with prior art, the utility model has the advantage of：The utility model is used for plant protection aircraft atomization quality
The testing stand of detection when in use, by aircraft be arranged on aircraft installing component on, by vertical shift platform, traversing platform and
Vertical shift mechanism can control aircraft in longitudinally, laterally flying speed and the vertical range with ground respectively, can drive flight
Device carries out constant speed, orientation, contour motion, can be realized when aircraft is in normal flight rotating speed by rotor to aircraft spray starting
Vaporific state is truly simulated, and is which solved the problem of operating personnel and aerial air-flow influence and produced on aircraft flight state, is made
The data obtained in experiment are true and reliable, and adjusting the speed of vertical shift platform and traversing platform can also realize aircraft in plane
Interior any direction flight, and then wind direction in the experiment of aircraft atomization quality and wind direction relation, test spray process can be completed
Influence to atomization quality；Meanwhile, vertical shift platform and horizontal plane can be controlled by angle adjusting mechanism（Ground）Angle, enter
And the control of aircraft and ground level perspective is realized, the spraying matter that aircraft climbs or declined under different angles can be realized
Amount detection experiment.The testing stand not only can carry out testing inspection to the various factors for influenceing aircraft atomization quality, can be with
Various plant protection aircraft atomization qualities are detected, are the design of plant protection aircraft, using offer theories integration.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the testing stand detected for plant protection aircraft atomization quality.
Fig. 2 is the dimensional structure diagram at another visual angle of testing stand in Fig. 1.
Fig. 3 is the side structure schematic view of the testing stand detected for plant protection aircraft atomization quality.
Fig. 4 is the main structure diagram of the testing stand detected for plant protection aircraft atomization quality.
Marginal data：
1st, underframe；2nd, slide；21st, longitudinal rail；211st, chute；3rd, aircraft installing component；4th, vertical shift platform；5th, it is traversing
Platform；6th, vertical shift mechanism；61st, lifter rack；7th, vertical shift drive component；71st, vertical shift stepless speed-regulating motor；72nd, wheel shaft；73rd, OK
Walk wheel；8th, traversing drive component；81st, traversing stepless speed-regulating motor；82nd, screw mandrel；9th, fixed pole；10th, telescopic drive part；11、
Horizontal slide rail；12nd, formula control device for reversing is touched；13rd, level lays bar；14th, power controling box；15th, tube type trolley line；16、
Wiping current-collector；17th, medicine-chest；18th, Teat pipette；19th, pressurize motor.
Embodiment
The utility model is described in further detail below in conjunction with the drawings and specific embodiments.
As shown in Figures 1 to 4, the testing stand detected for plant protection aircraft atomization quality of the present embodiment, including underframe
1st, slide 2 and aircraft installing component 3, vertical shift platform 4 of the slide 2 provided with energy longitudinal translation, vertical shift platform 4 are horizontal provided with energy
To the traversing platform 5 of translation, the translation direction of the translation direction of vertical shift platform 4 and traversing platform 5 be mutually perpendicular to and with slide 2
On a fixed pan it is parallel, slide 2 by angle adjusting mechanism be arranged on underframe 1 on and can be adjusted by angle adjusting mechanism
The angle of fixed pan and horizontal plane, aircraft installing component 3 is installed on traversing platform 5 by vertical shift mechanism 6, and testing stand is also
Including the traversing drive component for driving the vertical shift drive component 7 of the movement of vertical shift platform 4 and for driving the traversing movement of platform 5
8.The angle adjusting mechanism of the present embodiment is the angle for adjusting the translation direction of vertical shift platform 4 and horizontal plane.
When in use, aircraft is arranged on aircraft installing component 3 for the testing stand, by vertical shift platform 4, traversing flat
Platform 5 and vertical shift mechanism 6 can control aircraft respectively in longitudinally, laterally flying speed and the vertical range with ground, can
Drive aircraft to carry out constant speed, orientation, contour motion, can be realized pair starting when aircraft is in normal flight rotating speed by rotor
Aircraft spraying state is truly simulated, and which solves asking for operating personnel and the air-flow generation on the influence of aircraft flight state
Topic, makes the data obtained in experiment true and reliable, and adjusts the speed of vertical shift platform 4 and traversing platform 5 can also to realize flight
Planar any direction is flown device, and then can complete the experiment of aircraft atomization quality and wind direction relation, and test was sprayed
Influence of the wind direction to atomization quality in journey；Meanwhile, vertical shift platform 4 and horizontal plane can be controlled by angle adjusting mechanism（Ground）
Angle, and then realize the control of aircraft and ground level perspective, can realize aircraft climbed under different angles or under
The atomization quality detection experiment of drop.The testing stand not only can carry out experiment inspection to the various factors for influenceing aircraft atomization quality
Survey, various plant protection aircraft atomization qualities can also be detected, be the design of plant protection aircraft, using the theoretical branch of offer
Hold.The simple in construction of the testing stand, manipulation are simple and convenient.
In the present embodiment, slide 2 includes two parallel and spaced apart longitudinal rails 21, and vertical shift platform 4 is by wheeled
Walking component is installed on two longitudinal rails 21.
In the present embodiment, angle adjusting mechanism includes two groups of angular adjustment groups for adjusting two angles of longitudinal rail 21 respectively
Part, angular adjustment component includes fixed pole 9 and telescopic drive part 10, and the lower end of fixed pole 9 is fixedly mounted on underframe 1,
The upper end of fixed pole 9 is hinged with longitudinal rail 21, and telescopic drive part 10 is fixedly mounted on underframe 1, and longitudinal rail 21 is provided with
Chute 211, the telescopic drive end of telescopic drive part 10 is connected by the articulated elements being slidedly arranged in chute 211 with longitudinal rail 21,
Articulated elements can be slided in guide direction of the chute 211 along longitudinal rail 21, and simultaneous retractable actuator 10 again can be around articulated elements
Axis is rotated, and this connected mode both can guarantee that the fastness that longitudinal rail 21 is connected with underframe 1, telescopic drive part is can guarantee that again
10 stretching motion can adjust the angle between longitudinal rail 21 and horizontal plane.Do and stretch when the telescopic drive end of telescopic drive part 10
During contracting motion, the connected one end of longitudinal rail 21 is driven accordingly to move up and down, due to longitudinal rail 21 and fixed pole 9
The one end being hinged is highly constant, and then can change the angle between longitudinal rail 21 and horizontal plane.The telescopic drive of the present embodiment
Part 10 uses existing hydraulic lifting bar, and the material of longitudinal rail 21 is cast steel.
In the present embodiment, vertical shift mechanism 6 includes lifter rack 61, gear and is used for sliding tooth on traversing platform 5
The vertical shift stepless speed-regulating motor rotated is taken turns, lifter rack 61 is vertically slidedly arranged on traversing platform 5 and engaged with gear, erected
Move stepless speed-regulating motor drive gear to rotate, gear is slided up and down with lifter rack 61, and then realizes aircraft installing component 3
It is vertically movable；Vertical shift drive component 7 includes vertical shift stepless speed-regulating motor 71, and running on wheels component includes being arranged on by bearing
Two on vertical shift platform 4 with upper whorl axial 72, two rows walked respectively along two longitudinal rails 21 are provided with each wheel shaft 72
Wheel 73 is walked, wherein a wheel shaft 72 is connected by the first transmission mechanism with vertical shift stepless speed-regulating motor 71, vertical shift stepless speed regulation electricity
Machine 71 is rotated by the first transmission mechanism live axle 72, and wheel shaft 72 drives road wheel 73 to be moved along longitudinal rail 21, Jin Ershi
Show vertically moving for vertical shift platform 4；Horizontal slide rail 11 is installed, traversing platform 5 is slidedly arranged on horizontal slide rail 11 on vertical shift platform 4
On, traversing drive component 8 includes traversing stepless speed-regulating motor 81 and the screw mandrel 82 on vertical shift platform 4, traversing stepless-adjustment
Speed motor 81 is connected by the second transmission mechanism with screw mandrel 82, and screw mandrel 82 is connected with traversing platform 5, traversing stepless speed-regulating motor 81
Drive screw mandrel 82 to rotate by the second transmission mechanism, so screw mandrel 82 is driven traversing platform 5 transversely slide rail 11 is moved.It is above-mentioned
Vertical shift mechanism 6, vertical shift drive component 7 and traversing drive component 8 using the driving of stepless time adjustment motor, can be realized in certain model
Enclose interior to the electrodeless accuracy controlling of aircraft speed progress, beneficial to the various experimental conditions of accurate simulation.First transmission mechanism and second
Transmission mechanism is chain wheel driving mechanism, coordinates the driving of stepless time adjustment motor, it is possible to increase the accuracy of driving.Traversing driving
Component 8 uses the type of drive of screw mandrel 82, beneficial to the stability for realizing aircraft transverse movement.
In the present embodiment, the locking system for locking lifter rack 61 is also equipped with traversing platform 5, in lifter rack
61 when being in non-athletic state using locking system by its locking, beneficial to ensureing that lifter rack 61 is steady under non-athletic state
It is fixed；Vertical shift drive component 7 is provided with brake apparatus；The two ends of horizontal slide rail 11 are provided with touching formula control device for reversing 12,
In the traversing moving process of platform 5, by the shake-up of the touching formula control device for reversing 12 to the two ends of horizontal slide rail 11, it can make traversing
Transversely slide rail 11 is moved back and forth platform 5.
In the present embodiment, underframe 1 is provided with the collector placing mechanism for being located at the lower section of slide 2, collector placing mechanism bag
Two groups of bar groups for being divided into the both sides of underframe 1 are included, each group bar group includes many vertically spaced level placement bars 13,
Droplet collector can be placed in the level of each group bar group to lay on bar 13, this kind of collector placing mechanism can lay inhomogeneity
The droplet collector of type, varying number, and its simple in construction, cost is low, be easy to make.
In the present embodiment, testing stand is additionally provided with power controling box 14 and safety slip electric transmission device, safety sliding connection transmission of electricity dress
Put the tube type trolley line 15 including being connected with external power supply and the wiping current-collector 16 being connected with power controling box 14, wiping current collection
Device 16 is slidably connected with tube type trolley line 15, and tube type trolley line 15 is arranged on slide 2 by mounting bracket, wiping current collection
Device 16 is arranged on vertical shift platform 4 by mounting bracket, and external power supply passes to wiping current-collector 16 through tube type trolley line 15, then passes through
Electric wire is transported to power controling box 14, and distribution is carried out by 14 pairs of each motors of power controling box.The end face of tube type trolley line 15 is in n
Shape, wiping current-collector 16 is monopole spring compression type current-collector, ensure that the safety and stability of power supply.
In the present embodiment, medicine-chest 17, Teat pipette 18 and the pressurization motor 19 for driving Teat pipette 18 are also equipped with vertical shift platform 4,
Teat pipette 18 is connected by pipeline with medicine-chest 17, and the working condition of the regulation pressurization driving Teat pipette 18 of motor 19 can adjust the pressure of decoction
Power, is easy to provide in test the decoction of different pressures, is tested with carrying out aircraft atomization quality under different decoction pressure.
In the present embodiment, aircraft installing component 3 is to be offered on a square plate, square plate for connecting clamping device
Screwed hole, beneficial to the mounting and fastening of aircraft clamping device.
The material of underframe 1 of the present embodiment is formed by connecting using many shaped steel by welding manner, its material used and company
The mode of connecing can strengthen the intensity of underframe 1, be conducive to the raising of each moving component robust motion.The present embodiment be used for plant protection
The testing stand of aircraft atomization quality detection can carry out the atomization quality and shower nozzle, decoction of field spray when not mounting aircraft
Relation is tested between pressure, delivery rate, field wind speed and wind direction.Both can be carried out by the position for adjusting shower nozzle and aircraft
Between position relationship test.
Described above is only preferred embodiment of the present utility model, and protection domain of the present utility model is not limited merely to
Above-described embodiment.To those of ordinary skill in the art, the gained under the premise of the utility model technical concept is not departed from
To modifications and variations also should be regarded as protection domain of the present utility model.
Claims (10)
1. a kind of testing stand detected for plant protection aircraft atomization quality, it is characterised in that：Including underframe（1）, slide（2）With
Aircraft installing component（3）, the slide（2）Vertical shift platform provided with energy longitudinal translation（4）, the vertical shift platform（4）On
Traversing platform provided with energy transverse translation（5）, the vertical shift platform（4）Translation direction and traversing platform（5）Translation direction
It is mutually perpendicular to and and slide（2）On a fixed pan it is parallel, the slide（2）Bottom is arranged on by angle adjusting mechanism
Frame（1）Go up and the angle of the fixed pan and horizontal plane, the aircraft installing component can be adjusted by angle adjusting mechanism（3）
Pass through vertical shift mechanism（6）It is installed on the traversing platform（5）On, the vertical shift mechanism（6）Drive aircraft installing component（3）Move
Dynamic direction is vertical with the fixed pan, and the testing stand also includes being used to drive vertical shift platform（4）Mobile vertical shift driving
Component（7）With for driving traversing platform（5）Mobile traversing drive component（8）.
2. the testing stand according to claim 1 detected for plant protection aircraft atomization quality, it is characterised in that：The cunning
Seat（2）Including two parallel and spaced apart longitudinal rails（21）, the vertical shift platform（4）Installed by running on wheels component
In two longitudinal rails（21）On.
3. the testing stand according to claim 2 detected for plant protection aircraft atomization quality, it is characterised in that：The angle
Degree governor motion adjusts two longitudinal rails respectively including two groups（21）The angular adjustment component of angle, the angular adjustment component
Including fixed pole（9）With telescopic drive part（10）, the fixed pole（9）Lower end be fixedly mounted on underframe（1）On, it is described
Fixed pole（9）Upper end and longitudinal rail（21）It is hinged, the telescopic drive part（10）It is fixedly mounted on underframe（1）On, institute
State longitudinal rail（21）Provided with chute（211）, the telescopic drive part（10）Telescopic drive end by being slidedly arranged on the chute
（211）In articulated elements and longitudinal rail（21）It is connected.
4. the testing stand according to claim 3 detected for plant protection aircraft atomization quality, it is characterised in that：It is described perpendicular
Telephone-moving structure（6）Including lifter rack（61）, gear and installed in traversing platform（5）The upper vertical shift for drive gear rotation is stepless
Buncher, the lifter rack（61）Vertically it is slidedly arranged on traversing platform（5）Engage above and with gear；The vertical shift is driven
Dynamic component（7）Including vertical shift stepless speed-regulating motor（71）, the running on wheels component is including being arranged on vertical shift platform（4）On two
Root is with upper whorl axial（72）, each wheel shaft（72）On be provided with two respectively along two longitudinal rails（21）The road wheel of walking（73）,
At least one wheel shaft（72）Pass through the first transmission mechanism and the vertical shift stepless speed-regulating motor（71）It is connected；The vertical shift platform
（4）On horizontal slide rail is installed（11）, the traversing platform（5）It is slidedly arranged on the horizontal slide rail（11）On, the traversing driving
Component（8）Including traversing stepless speed-regulating motor（81）With installed in vertical shift platform（4）On screw mandrel（82）, the traversing stepless-adjustment
Speed motor（81）Pass through the second transmission mechanism and screw mandrel（82）It is connected, the screw mandrel（82）With traversing platform（5）It is connected.
5. the testing stand according to claim 4 detected for plant protection aircraft atomization quality, it is characterised in that：The horizontal stroke
Move platform（5）On be also equipped be used for locking lifter rack（61）Locking system；The vertical shift drive component（7）System is installed
Dynamic device；The horizontal slide rail（11）Two ends touching formula control device for reversing is installed（12）.
6. the testing stand according to claim 4 detected for plant protection aircraft atomization quality, it is characterised in that：Described
One transmission mechanism and the second transmission mechanism are chain wheel driving mechanism.
7. the testing stand according to any one of claim 1 to 6 detected for plant protection aircraft atomization quality, its feature
It is：The underframe（1）It is provided with and is located at slide（2）The collector placing mechanism of lower section, the collector placing mechanism includes
It is divided into underframe（1）Two groups of bar groups of both sides, each group bar group includes many vertically spaced level placement bars
（13）.
8. the testing stand according to any one of claim 1 to 6 detected for plant protection aircraft atomization quality, its feature
It is：The testing stand is additionally provided with power controling box（14）And safety slip electric transmission device, the safety slip electric transmission device bag
Include the tube type trolley line being connected with external power supply（15）With with power controling box（14）Connected wiping current-collector（16）, the pipe
Formula trolley（15）Installed in slide（2）On, the wiping current-collector（16）Installed in vertical shift platform（4）On, the wiping collection
Electrical equipment（16）With tube type trolley line（15）Sliding connection, the tube type trolley line（15）End face be in n shapes, the wiping collection
Electrical equipment（16）For monopole spring compression type current-collector.
9. the testing stand according to any one of claim 1 to 6 detected for plant protection aircraft atomization quality, its feature
It is：The vertical shift platform（4）On be also equipped with medicine-chest（17）, Teat pipette（18）With the driving Teat pipette（18）Pressurization motor
（19）, the Teat pipette（18）Pass through pipeline and medicine-chest（17）It is connected.
10. the testing stand according to any one of claim 1 to 6 detected for plant protection aircraft atomization quality, it is special
Levy and be：The aircraft installing component（3）For a square plate, the spiral shell for connecting clamping device is offered on the square plate
Pit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720252043.8U CN206601148U (en) | 2017-03-15 | 2017-03-15 | The testing stand detected for plant protection aircraft atomization quality |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720252043.8U CN206601148U (en) | 2017-03-15 | 2017-03-15 | The testing stand detected for plant protection aircraft atomization quality |
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| Publication Number | Publication Date |
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| CN206601148U true CN206601148U (en) | 2017-10-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115078759A (en) * | 2022-07-20 | 2022-09-20 | 岚图汽车科技有限公司 | Wind measuring system, wind measuring control method and related equipment |
-
2017
- 2017-03-15 CN CN201720252043.8U patent/CN206601148U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115078759A (en) * | 2022-07-20 | 2022-09-20 | 岚图汽车科技有限公司 | Wind measuring system, wind measuring control method and related equipment |
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