CN102506961B - Automatic inspection system of liquid collecting amount of matrix type liquid collecting unit array - Google Patents
Automatic inspection system of liquid collecting amount of matrix type liquid collecting unit array Download PDFInfo
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Abstract
The invention discloses an automatic inspection system of the liquid collecting amount of a matrix type liquid collecting unit array, which is for spray distribution uniformity testing platforms of various spraying machines. The automatic inspection system is arranged at the upper part of the liquid collecting unit array and is provided with two rectilinear coordinate shifting mechanisms with vertical shifting directions; each rectilinear coordinate shifting mechanism consists of a rectilinear coordinate shifting working platform, a rectilinear coordinate moving sliding block, a rectilinear coordinate shifting element and a rectilinear coordinate linear guide rail; the rectilinear coordinate shifting element and the rectilinear coordinate linear guide rail are parallel; a non-contact type liquid level detecting device is arranged below the rectilinear coordinate shifting working platform; and the non-contact type liquid level detecting device and two rectilinear coordinate shifting driving devices are respectively and electrically connected with a control unit which is used for testing the accumulated sliding displacement amount of the rectilinear coordinate shifting working platform on the linear guide rail respectively; the non-contact type liquid level detecting devices can be positioned on all the liquid collecting units in sequence and can detect the liquid levels automatically, so that the fast and accurate detection for the liquid collecting amount of a great amount of liquid collecting units is realized, the hardware cost can be saved and the calibrated workload can be reduced.
Description
Technical field
The present invention relates to a kind of matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system, matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system in particular for the test bed collection mist of spraying mechanical mist amount distributing homogeneity amount automatic reading belongs to agricultural engineering test and measuring technical field.
Background technology
Mist amount distributing homogeneity refers to the homogeneity of droplet deposition distribution on target in the spraying mechanical operation process, is the important indicator of weighing the spraying mechanical transaction capabilities.Fast, accurately detecting improving spraying mechanical detection technique level, optimize the spraying mechanical job parameter and improving the spraying mechanical design level of mist amount distributing homogeneity is all significant.
JB/T9782-1999 " the general test method of equipment for plant protection " and JB/T9805.2-1999 " spray boom formula spraying machine test method " regulation can adopt level set mist groove to collect droplet carrying out the test of horizontal mist amount distributing homogeneity, and level set mist well width is not more than 50mm; GB/T24683-2009/ISO 9898:2000 " plant protection mechanism shrub and arbor crop air-assisted type spraying machine test method " regulation can adopt vertical mist amount layering gatherer to collect droplet carrying out the test of the vertical mist amount of air-assisted type spraying machine distributing homogeneity, and the branch interlamellar spacing is not more than 250mm.In horizontal mist amount was evenly distributed property testing, test zone was generally 3m * 1m, along the 1m direction collection mist groove was set, and then needed to arrange 60 collection mist grooves at least, and 60 liquid collecting unit need be set accordingly; In vertical mist amount was evenly distributed property testing, the test zone height was generally 4.5m, then needs to arrange 18 layering gatherers at least, and 18 liquid collecting unit need be set accordingly.Obtain more detailed droplet distributed intelligence, then need to reduce droplet and collect spacing, correspondingly need to arrange more liquid collecting unit.And along with the increasing of liquid collecting unit, the artificial or automatic reading of liquid collecting amount will become more and more loaded down with trivial details, complicated even difficulty.The distribution that droplet is put at level or vertical target is a kind of Two dimensional Distribution, and the testing method of stipulating in the above-mentioned standard all can only provide the ribbon one dimension distributed intelligence that the zone is divided, and can't reflect the deposition distribution situation of droplet on target comprehensively.And if adopt the two-dimensional mesh trellis to divide to collect droplet, though can access comprehensive Two dimensional Distribution information, the liquid collecting unit can increase on corresponding tens of times of ground, the artificial or automatic reading of liquid collecting amount will become unusual loaded down with trivial details and difficult.The quick pin-point reading of liquid collecting amount has become the crucial restraining factors that mist amount distributing homogeneity measuring accuracy improves.
Chinese patent application number is 200910264414.4, name is called " a kind of online test system for mobile dynamic mist distribution performance ", China Patent No. is ZL201020179689.6, name is called " a kind of spray amount distribution tests control system " and China Patent No. is ZL200520077299.7, it all is the automatic test that realizes the liquid collecting amount by the LOAD CELLS that is installed in each liquid collecting unit bottom that name is called " a kind of spray nozzle integrative performance precision measurement control system ", its defective is: have what liquid collecting unit that the LOAD CELLS of respective numbers just need be set, and because LOAD CELLS is in the heavy burden state for a long time, its zero point and sensitivity are difficult to maintain a long-term stability, and must carry out periodic calibrating.When the liquid collecting unit more for a long time, LOAD CELLS quantity increase the significantly increase that not only causes the system hardware cost, and it is very loaded down with trivial details, complicated that its staking-out work also can become, so work as the liquid collecting unit more for a long time, the existing mode of weighing still can't solve the quick pin-point reading problem of liquid collecting unit well.
Summary of the invention
The invention provides a kind of matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system, only use the contactless liquid level detection device of 1 cover can realize that spraying mechanical mist amount distributing homogeneity becomes the liquid collecting amount of all liquid collecting unit of matrix form arrangement to patrol and examine automatically in test bed, not only can satisfy the requirement of the quick pin-point reading of a large amount of liquid collectings unit liquid collecting amount, also can save hardware cost, reduce the staking-out work amount.
The present invention adopts following technical scheme: described system is arranged on liquid collecting cell array top and has orthogonal first, second rectilinear coordinates shift mechanism of direction of displacement, the described first rectilinear coordinates shift mechanism is made up of first rectilinear coordinates displacement worktable, the first rectilinear coordinates moving slider and the first rectilinear coordinates shift component that is parallel to each other, the first rectilinear coordinates line slideway, first rectilinear coordinates that are slidingly connected on first rectilinear coordinates line slideway displacement worktable; First rectilinear coordinates displacement worktable top arranges the first rectilinear coordinates moving slider that connects the first rectilinear coordinates shift component, the first rectilinear coordinates shift component, one end connects the first rectilinear coordinates shift drive, and the two ends, the left and right sides of the first rectilinear coordinates line slideway respectively arrange first a rectilinear coordinates distance caging device 1; The second rectilinear coordinates shift mechanism is by second rectilinear coordinates displacement worktable, the second rectilinear coordinates moving slider and the second rectilinear coordinates shift component that is parallel to each other, the second rectilinear coordinates line slideway is formed, the second rectilinear coordinates shift component and the second rectilinear coordinates line slideway all be fixedly installed on first rectilinear coordinates displacement worktable and the second rectilinear coordinates shift component vertical mutually with the first rectilinear coordinates shift component, second rectilinear coordinates that are slidingly connected on second rectilinear coordinates line slideway displacement worktable, one end of the second rectilinear coordinates shift component connects the second rectilinear coordinates shift drive, on second rectilinear coordinates displacement worktable second rectilinear coordinates moving slider that is connected with the second rectilinear coordinates shift component is set, the rear and front end of first rectilinear coordinates displacement worktable respectively arranges second a rectilinear coordinates distance caging device; The below of second rectilinear coordinates displacement worktable is provided with contactless liquid level detection device; Contactless liquid level detection device is laser type liquid level sensor or ultrasonic type liquid level sensor, described contactless liquid level detection device, first, second rectilinear coordinates shift drive are electrically connected control module respectively, first, second rectilinear coordinates shift component connects the rotating shaft of first, second rectilinear coordinates displacement indication scrambler respectively, and control module is tested the accumulative total slide displacement amount of first, second rectilinear coordinates displacement worktable on first, second rectilinear coordinates line slideway respectively by first, second rectilinear coordinates displacement indication scrambler.
Compared with prior art, the present invention has the following advantages:
1, in spraying mechanical mist amount distributing homogeneity is test bed, the liquid collecting unit becomes the determinant matrix to arrange, can realize that the liquid collecting amount of a large amount of liquid collectings unit accurately patrols and examines fast, but positioned in sequence also detects its liquid level automatically on all liquid collecting unit, thereby satisfy the demand of the meticulous division of mist droplet deposition zone two-dimensional mesh trellis, in order to more fully mist amount distributed intelligence is provided.
2, only need the 1 contactless liquid level detection device of cover and 2 cover rectilinear coordinates shift mechanisms; When increasing the liquid collecting unit, the length of shift component and line slideway in the corresponding increase rectilinear coordinates shift mechanism of needs, and need not increase new hardware, can save hardware cost.
3, only there is 1 contactless liquid level detecting sensor to need to demarcate; And owing to adopt the non-contact detection mode, sensor performance is more stable, need not often demarcate, and reduces and has demarcated workload.
Description of drawings
Fig. 1 is the structural representation of matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is the theory of constitution block diagram of control module 13 among Fig. 1;
Among the figure: 1. the first rectilinear coordinates distance caging device, 2. the first rectilinear coordinates shift component, 3. the first rectilinear coordinates line slideway, 4. the second rectilinear coordinates line slideway, 5. second rectilinear coordinates displacements worktable, 6. first rectilinear coordinates displacement worktable, the 7. second rectilinear coordinates shift component, 8. the first rectilinear coordinates moving slider, 9. the second rectilinear coordinates moving slider, 10. contactless liquid level detection device, 11. liquid collecting unit, 12. the first rectilinear coordinates shift drive, 13. control module, 14. liquid collecting unit supports framves, 15. second rectilinear coordinates shift drives, 16. the second rectilinear coordinates distance caging device, 17. frames.
Embodiment
Shown in Fig. 1-2, the liquid collecting unit 11 column matrix form of embarking on journey is arranged on the liquid collecting unit supports frame 14, and 14 on liquid collecting unit supports frame is fixed on the frame 17.Liquid collecting amount automatic tour inspection system is arranged on the top of liquid collecting unit 11 arrays, mainly is made up of planimetric coordinates shift mechanism, shift mechanism drive unit, contactless liquid level detection device 10 and control module 13.The planimetric coordinates shift mechanism is made up of the orthogonal first rectilinear coordinates shift mechanism of direction of displacement and the second rectilinear coordinates shift mechanism.
The first rectilinear coordinates shift mechanism is made up of the first rectilinear coordinates line slideway 3, first rectilinear coordinates displacement worktable 6, the first rectilinear coordinates moving slider 8 and the first rectilinear coordinates shift component 2.The first rectilinear coordinates line slideway 3 and the first rectilinear coordinates shift drive 12 are fixedly mounted on the frame 17.The first rectilinear coordinates shift component 2 is installed on the frame 17, and is parallel with the first rectilinear coordinates line slideway 3, and the first rectilinear coordinates shift component, 2 one ends connect the first rectilinear coordinates shift drive 12, driven by the first rectilinear coordinates shift drive 12.First rectilinear coordinates displacement worktable 6 floats and is installed in the first rectilinear coordinates line slideway, 3 tops, and can reciprocatingly slide along the first rectilinear coordinates line slideway 3.The first rectilinear coordinates moving slider 8 is installed on first rectilinear coordinates displacement worktable 6, and is connected with the first rectilinear coordinates shift component 2.Under the driving of the first rectilinear coordinates shift component 2, the first rectilinear coordinates moving slider 8 drives first rectilinear coordinates displacement worktable 6 and does linear reciprocating motion along the first rectilinear coordinates line slideway 3 together.Two ends, the left and right sides at the first rectilinear coordinates line slideway 3, a first rectilinear coordinates distance caging device 1 respectively is set, two first rectilinear coordinates distance caging device 1 all are fixedly mounted on the frame 17, and the left and right sides stroke of first rectilinear coordinates displacement worktable 6 is forced restriction.
The second rectilinear coordinates shift mechanism is made up of the second rectilinear coordinates line slideway 4, second rectilinear coordinates displacement worktable 5, the second rectilinear coordinates moving slider 9 and the second rectilinear coordinates shift component 7.The first rectilinear coordinates shift component 2 is vertical mutually with the second rectilinear coordinates shift component 7, and the second rectilinear coordinates line slideway 4 and the second rectilinear coordinates shift drive 15 are fixedly mounted on first rectilinear coordinates displacement worktable 6.The second rectilinear coordinates shift component 7 is installed on first rectilinear coordinates displacement worktable 6, and is parallel with the second rectilinear coordinates line slideway 4.One end of the second rectilinear coordinates shift component 7 connects the second rectilinear coordinates shift drive 15, is driven by the second rectilinear coordinates shift drive 15.Second rectilinear coordinates displacement worktable 5 floats and is installed in the second rectilinear coordinates line slideway, 4 tops, and can reciprocatingly slide along the second rectilinear coordinates line slideway 4.The second rectilinear coordinates moving slider 9 is installed on second rectilinear coordinates displacement worktable 5, and be connected with the second rectilinear coordinates shift component 7, can under the driving of the second rectilinear coordinates shift component 7, drive second rectilinear coordinates displacement worktable 5 and do linear reciprocating motion along the second rectilinear coordinates line slideway 4 together.Contactless liquid level detection device 10 is installed in the below of second rectilinear coordinates displacement worktable 5.Two second rectilinear coordinates distance caging device 16 are fixedly mounted on the position, rear and front end of first rectilinear coordinates displacement worktable 6, and the front and back stroke of second rectilinear coordinates displacement worktable 5 is forced restriction.
Under the control of control module 13, by the continuous displacement of displacement worktable 6 on the first rectilinear coordinates line slideway 3 of first rectilinear coordinates and accurate location, and the second continuous displacement of rectilinear coordinates displacements worktable 5 on the second rectilinear coordinates line slideway 4 and accurate location, on all liquid collecting unit 11 that the column matrix formula is arranged but contactless liquid level detection device 10 sequencings are positioned to embark on journey, and finish the non-contact detection of its liquid level automatically, thereby the liquid collecting amount of realization matrix formula liquid collecting cell array is patrolled and examined automatically.
The second rectilinear coordinates shift mechanism can adopt the feed screw nut kinematic pair.This moment, the second rectilinear coordinates shift component 7 was leading screw, and the second rectilinear coordinates moving slider 9 is nut.Leading screw is forward and reverse rotation under the driving of the second rectilinear coordinates shift drive 15, and nut then drives second rectilinear coordinates displacement worktable 5 and does reciprocal linear slide at the second rectilinear coordinates line slideway 4.
The first rectilinear coordinates shift mechanism can adopt the feed screw nut kinematic pair.This moment, the first rectilinear coordinates shift component 2 was leading screw, and the first rectilinear coordinates moving slider 8 is nut.Leading screw is forward and reverse rotation under the driving of the first rectilinear coordinates shift drive 12, and nut then drives first rectilinear coordinates displacement worktable 6 and does reciprocal linear slide at the first rectilinear coordinates line slideway 3.
The first rectilinear coordinates shift mechanism also can adopt synchronous band transmission.This moment, the first rectilinear coordinates shift component 2 was to be with synchronously, and the first rectilinear coordinates moving slider 8 is the stationary installation between first rectilinear coordinates displacement worktable 6 and the synchronous band.Band forward and reverse rotation under the driving of the first rectilinear coordinates shift drive 12 synchronously, and drive first rectilinear coordinates displacement worktable 6 and do reciprocal linear slide at the first rectilinear coordinates line slideway 3.
The first rectilinear coordinates shift mechanism also can adopt the chain transmission.This moment, the first rectilinear coordinates shift component 2 was driving-chain, and the first rectilinear coordinates moving slider 8 is the stationary installation between first rectilinear coordinates displacement worktable 6 and the driving-chain.Driving-chain is forward and reverse rotation under the driving of the first rectilinear coordinates shift drive 12, and drives first rectilinear coordinates displacements worktable 6 and do reciprocal linear slide at the first rectilinear coordinates line slideway 3.
As shown in Figure 3, control module 13 can adopt PLC, singlechip computer system, based on the DCS system of industrial computer or based on the DCS system of notebook computer.Its functional module mainly comprises the pulse signal output interface of the pulse/switching value signal input interface that receives displacement and spacing information, the A/D translation interface that receives liquid level signal, control driving element, communication interface, working state of system indication control interface and the man-machine dialogue interface etc. that the transmission liquid collecting measures the examination data.
Control module 13 is a singlechip computer system, comprises the CPU minimum system, and the CPU minimum system is connected in series the first photoelectricity isolated location by the integration interface decoder, and the first photoelectricity isolated location connects first, second rectilinear coordinates displacement indication scrambler respectively; First, second rectilinear coordinates displacement indication scrambler is output as pulse signal, behind the first photoelectricity isolated location, by the integration interface decoder displacement information is input to the CPU minimum system; Wherein, the rotating shaft of first rectilinear coordinates displacement indication scrambler connects the first rectilinear coordinates shift component 2, the fixedly connected frame 17 of housing of first rectilinear coordinates displacement indication scrambler, be used for the accumulative total slide displacement amount of test first rectilinear coordinates displacement worktable 6 on the first rectilinear coordinates line slideway 3, the rotating shaft of second rectilinear coordinates displacement indication scrambler connects the second rectilinear coordinates shift component 7, fixedly connected first rectilinear coordinates displacement of the housing worktable 6 of second rectilinear coordinates displacement indication scrambler, be used for the accumulative total slide displacement amount of test second rectilinear coordinates displacement worktable 5 on the second rectilinear coordinates line slideway 4, in order to realize the accurate location of contactless liquid level detection device 10 on each liquid collecting unit 11.
The CPU minimum system is connected in series the second photoelectricity isolated location by switching value signal parallel input interface, and the input of the second photoelectricity isolated location is respectively the spacing indicator signal of two first rectilinear coordinates distance caging device 1 and the spacing indicator signal of two two the second rectilinear coordinates distance caging device 16.Rectilinear coordinates stroke limit indicator signal is the switching value signal, all behind the second photoelectricity isolated location, is input to the CPU minimum system by switching value signal parallel input interface.Pilot relay in the middle of in the first rectilinear coordinates shift drive 12, being provided with two first, the main contacts of pilot relay all is connected in the electric power loop of driving element in the middle of two first, and the action contact of two first rectilinear coordinates distance caging device 1 then is connected on respectively in the wire loop of two first middle pilot relays.When first rectilinear coordinates displacements worktable 6 touches certain first rectilinear coordinates distance caging device 1 and when making the action of its contact, the wire loop of the first corresponding middle pilot relay is cut off, its main contacts disconnects, thereby cut off the electric power loop of driving element, first rectilinear coordinates displacement worktable 6 stops mobile.In the middle of two first the auxiliary contact of pilot relays can be respectively as the action indicator signal of two first rectilinear coordinates distance caging device 1.Similarly, in the second rectilinear coordinates shift drive 15, be provided with pilot relays in the middle of two second, its auxiliary contact can be respectively as the action indicator signal of two second rectilinear coordinates distance caging device 16.
Contactless liquid level detection device 10 can be selected laser type liquid level sensor or ultrasonic type liquid level sensor for use, its output signal is generally the analog signals of 4 ~ 20mA, contactless liquid level detection device 10 connects the CPU minimum system by the A/D translation interface behind signal conditioning circuit, be converted to digital quantity by the A/D translation interface, be input to the CPU minimum system then and be scaled the liquid collecting amount.
The first rectilinear coordinates shift drive 12 and the second rectilinear coordinates shift drive 15 are electrically connected the 3rd photoelectricity isolated location respectively, connect the CPU minimum system through the pulse signal output interface again.Can adopt stepping motor or servomotor as driving element in the first rectilinear coordinates shift drive 12 and the second rectilinear coordinates shift drive 15, stepping motor and servomotor all are furnished with corresponding controller, can control turning to of motor and corner by the input pulse signal, the open loop position control can be adopted to driver of step motor, also the closed loop position control can be adopted; The servo-electric machine actuating device is then adopted the closed loop position control.The CPU minimum system is according to the displacement needs of rectilinear coordinates displacement worktable, the pulse signal of output corresponding frequencies and quantity behind the 3rd photoelectricity isolated location, is transported to corresponding controller, the action of control driving element, accurate displacement and the location of realizing rectilinear coordinates displacement worktable.
In addition, the CPU minimum system also can pass through switching value signal parallel output interface connected system work condition indicator, be connected RS485 transceiver with button and by the asynchronous serial communication interface with the 4th photoelectricity isolated location by man-machine dialogue interface connection LCD display, keyboard.Switching value signal parallel output interface output control signal, the indicating status of control system work condition indicator; Show and reception keyboard and button input by man-machine dialogue interface control LCD; By asynchronous serial communication interface expansion RS485 interface, to realize the communication transmission of test data.
Should be noted that at last, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although with reference to preferred embodiment the present invention is had been described in detail, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement technical scheme of the present invention, and not breaking away from the spirit and scope of technical solution of the present invention, it all should be encompassed within the claim scope of the present invention.
Claims (5)
1. matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system, it is characterized in that: described system is arranged on liquid collecting cell array top and has orthogonal first, second rectilinear coordinates shift mechanism of direction of displacement;
The described first rectilinear coordinates shift mechanism is made up of first rectilinear coordinates displacement worktable (6), the first rectilinear coordinates moving slider (8) and the first rectilinear coordinates shift component (2) that is parallel to each other, the first rectilinear coordinates line slideway (3), first rectilinear coordinates that are slidingly connected on the first rectilinear coordinates line slideway (3) displacement worktable (6); First rectilinear coordinates displacement worktable (6) top arranges the first rectilinear coordinates moving slider (8) that connects the first rectilinear coordinates shift component (2), the first rectilinear coordinates shift component (2) one ends connect the first rectilinear coordinates shift drive (12), and the two ends, the left and right sides of the first rectilinear coordinates line slideway (3) respectively arrange first a rectilinear coordinates distance caging device (1);
The described second rectilinear coordinates shift mechanism is by second rectilinear coordinates displacement worktable (5), the second rectilinear coordinates moving slider (9) and the second rectilinear coordinates shift component (7) that is parallel to each other, the second rectilinear coordinates line slideway (4) is formed, the second rectilinear coordinates shift component (7) and the second rectilinear coordinates line slideway (4) are fixedly installed on all that first rectilinear coordinates displacement worktable (6) are gone up and the second rectilinear coordinates shift component (7) is mutual vertical with the first rectilinear coordinates shift component (2), second rectilinear coordinates that are slidingly connected on the second rectilinear coordinates line slideway (4) displacement worktable (5), one end of the second rectilinear coordinates shift component (7) connects the second rectilinear coordinates shift drive (15), second rectilinear coordinates displacement worktable (5) are gone up the second rectilinear coordinates moving slider (9) that is connected with the second rectilinear coordinates shift component (7) are set, and the rear and front end of first rectilinear coordinates displacement worktable (6) respectively arranges second a rectilinear coordinates distance caging device (16);
The below of second rectilinear coordinates displacement worktable (5) is provided with contactless liquid level detection device (10); Contactless liquid level detection device (10) is laser type liquid level sensor or ultrasonic type liquid level sensor, and described contactless liquid level detection device (10), first, second rectilinear coordinates shift drive (12,15) are electrically connected control module (13) respectively; First, second rectilinear coordinates shift component (2,7) connects the rotating shaft of first, second rectilinear coordinates displacement indication scrambler respectively, and control module is tested the accumulative total slide displacement amount of first, second rectilinear coordinates displacement worktable (5,6) on first, second rectilinear coordinates line slideway (3,4) respectively by first, second rectilinear coordinates displacement indication scrambler.
2. matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system according to claim 1, it is characterized in that: first, second rectilinear coordinates shift component (2,7) is leading screw, and first, second rectilinear coordinates moving slider (8,9) is nut.
3. matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system according to claim 1 is characterized in that: the first rectilinear coordinates shift component (2) is band or driving-chain synchronously.
4. matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system according to claim 1, it is characterized in that: control module (13) comprises the CPU minimum system, the CPU minimum system is connected in series the first photoelectricity isolated location by the integration interface decoder, and the first photoelectricity isolated location connects first, second rectilinear coordinates displacement indication scrambler respectively; The CPU minimum system is connected in series the second photoelectricity isolated location by switching value signal parallel input interface, and the input of the second photoelectricity isolated location is respectively the spacing indicator signal of two first rectilinear coordinates distance caging device (1) and two second rectilinear coordinates distance caging device (16).
5. matrix form liquid collecting cell array liquid collecting amount automatic tour inspection system according to claim 4, it is characterized in that: pilot relay in the middle of being provided with two first in the first rectilinear coordinates shift drive (12), the main contacts of two first middle pilot relays all is connected in the electric power loop of driving element; The action contact of two first rectilinear coordinates distance caging device (1) then is connected on respectively in the wire loop of two first middle pilot relays; Be provided with pilot relays in the middle of two second in the second rectilinear coordinates shift drive (15), the auxiliary contact of pilot relays are respectively as the action indicator signal contact of two second rectilinear coordinates distance caging device (16) in the middle of two second.
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| MX352485B (en) | 2013-01-29 | 2017-11-27 | Binmartine Pty Ltd | A sensor, a sensor system, and a method of sensing. |
| CN104949740B (en) * | 2015-06-20 | 2017-12-12 | 中国计量科学研究院 | Liquid level gauge automatic gauge calibrating installation and method |
| ES2897911T3 (en) | 2015-12-09 | 2022-03-03 | Flolevel Tech Pty Ltd | System and method for determining the concentration |
| CN113390663B (en) * | 2021-07-14 | 2023-12-22 | 农业农村部南京农业机械化研究所 | Liquid collecting method and device for variable spraying test |
| CN113588044B (en) * | 2021-08-10 | 2022-08-02 | 东南大学 | Device and method for detecting liquid level height of nucleic acid detection kit |
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| SU1366189A1 (en) * | 1985-10-14 | 1988-01-15 | Uralsky Politekhn Inst | Sprinkler for contact packing apparatus |
| CN101226108A (en) * | 2007-01-19 | 2008-07-23 | 中国农业机械化科学研究院 | Method for testing droplet distribution consistency degree |
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| CN101893459A (en) * | 2009-12-22 | 2010-11-24 | 农业部南京农业机械化研究所 | Online test system for mobile dynamic mist distribution performance |
| CN201680983U (en) * | 2010-04-28 | 2010-12-22 | 现代农装科技股份有限公司 | Spray amount distribution test control system |
| CN202304951U (en) * | 2011-10-17 | 2012-07-04 | 江苏大学 | Automatic inspection system for liquid collecting quantity of matrix type liquid collecting unit array |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| SU1366189A1 (en) * | 1985-10-14 | 1988-01-15 | Uralsky Politekhn Inst | Sprinkler for contact packing apparatus |
| CN101226108A (en) * | 2007-01-19 | 2008-07-23 | 中国农业机械化科学研究院 | Method for testing droplet distribution consistency degree |
| CN101576401A (en) * | 2009-05-25 | 2009-11-11 | 农业部南京农业机械化研究所 | Spray-volume vertical distribution measuring method and special measuring device |
| CN101893459A (en) * | 2009-12-22 | 2010-11-24 | 农业部南京农业机械化研究所 | Online test system for mobile dynamic mist distribution performance |
| CN201680983U (en) * | 2010-04-28 | 2010-12-22 | 现代农装科技股份有限公司 | Spray amount distribution test control system |
| CN202304951U (en) * | 2011-10-17 | 2012-07-04 | 江苏大学 | Automatic inspection system for liquid collecting quantity of matrix type liquid collecting unit array |
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