CN204631139U - The orientable wireless measurement device of aerial three-dimensional electric field - Google Patents
The orientable wireless measurement device of aerial three-dimensional electric field Download PDFInfo
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- CN204631139U CN204631139U CN201520305088.8U CN201520305088U CN204631139U CN 204631139 U CN204631139 U CN 204631139U CN 201520305088 U CN201520305088 U CN 201520305088U CN 204631139 U CN204631139 U CN 204631139U
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Abstract
The open a kind of aerial orientable wireless measurement device of three-dimensional electric field of the utility model, comprise: microprocessor module (1), three-dimensional electric field measurement module (2), GPS module (3), three-dimensional electronic compass module (4), three-dimensional electronic gyro module (5), wireless data transceiver module (6) and power module (7), described three-dimensional electric field measurement module (2), GPS module (3), three-dimensional electronic compass module (4) is all connected with the data input pin of microprocessor module (1) with three-dimensional electronic gyroscope (5), the data output end of described microprocessor module (1) is connected with wireless data transceiver module (6), described power module (7) respectively with described microprocessor module (1), three-dimensional electric field measurement module (2), GPS module (3), three-dimensional electronic compass module (4), three-dimensional electronic gyro module (5) and wireless data transceiver module (6) are connected.Measurement mechanism of the present utility model, can realize accurate orientation and the location survey of aerial three-dimensional electric field.
Description
Technical field
The utility model belongs to digitizing field measurement device technical field, particularly a kind ofly realizes the accurate orientation of aerial three-dimensional electric field and the orientable wireless measurement device of aerial three-dimensional electric field of location survey.
Background technology
Atmospheric electric field detection has very important significance for guided missile, rocket, Spacecraft Launch, and being one of safety guarantee of aircraft lift-off, is also the important means of carrying out atmospheric physics research.Domestic and international priority develops multiple electric-field sensor, for measuring ground or aerial electric field intensity, with air highfields such as effective pre-thunder-lightnings, the thunderbolt naturally of aircraft or bring out is launch aed surprise attack, make aircraft avoid direct or indirect damage, ensure life and the property safety of people.According to its principle of work, electric-field sensor is mainly divided into optical profile type electric-field sensor and charge inductive type electric-field sensor.For detection low-frequency current field or electrostatic field, current general employing charge inductive type electric-field sensor, this electric-field sensor stability is high, and the electric field being applicable to the severe atmospheric environment such as low temperature, humidity, vibration detects.
Early stage field measurement device can only measure the electric field intensity on single direction, along with going deep into of research work, successively have developed two dimensional electric field and three-dimensional electric field measurement mechanism.In order to more directly grasp aerial three-dimensional electric field situation, on Three Dimensional Ground field measurement device basis, people have developed aerial three-dimensional electric field measurement mechanism.Three Dimensional Ground field measurement device adopts fixed form to place, by direction orientation calibration, make electric field instrument measure three axles identical with geographical north and south, thing and plummet direction, thus directly measure three-dimensional electric field along geographical north and south, the size in thing and plummet direction.And aerial electric field measurement is as the more efficiently direct approach of the aerial electric field of reflection, in practical operation, field measurement device can move with carriers such as balloons, the position of measurement mechanism, state and towards continuous change, because prior art can only measure the size of the three-dimensional electric field component surveying three measurement axles sensing of stream oriented device along three-dimensional electric field, when three-dimensional electric field measurement mechanism is when measuring atmospheric electric field and constantly changing with attitude of carrier such as balloons, be difficult to determine the south of surveyed three-dimensional electric field, north and vertical sensing size.
Therefore, how to realize aerial three-dimensional electric field effectively directed and location survey in real time, namely how to measure the size of aerial electric field along geographical North and South direction component, the size of geographical east-west direction component and the size of geographical plummet durection component are technical barriers urgently to be resolved hurrily.
Summary of the invention
The purpose of this utility model is to provide a kind of aerial orientable wireless measurement device of three-dimensional electric field, can realize the accurate orientation of aerial three-dimensional electric field and the wireless measurement of location.
The technical solution realizing the utility model object is: a kind of aerial orientable wireless measurement device of three-dimensional electric field, comprise: microprocessor module, for the treatment of the course angle of the position coordinate data of three-dimensional electric field data, measurement mechanism and measurement mechanism, the angle of pitch and roll angle data, obtain the three-dimensional electric field information of real-time orientation, location; Three-dimensional electric field measurement module, for gathering three-dimensional electric field data; GPS module, for gathering the position coordinate data of measurement mechanism; Three-dimensional electronic compass, for gathering the course angle of measurement mechanism, the angle of pitch and roll angle data; Three-dimensional electronic gyroscope, for gathering three-dimensional acceleration and the angular velocity information of measurement mechanism motion, with the impact of compensating measure device motion on measurement data; Wireless data transceiver module, for receiving measurement instruction and real-time three-dimensional electric field information that is directed, location being sent to remote data receiving computer; Power module, for powering to each functional module;
Described three-dimensional electric field measurement module, GPS module, three-dimensional electronic compass module are all connected with the data input pin of microprocessor module with three-dimensional electronic gyroscope, the data output end of described microprocessor module is connected with wireless data transceiver module, and described power module is connected with described microprocessor module, three-dimensional electric field measurement module, GPS module, three-dimensional electronic compass module, three-dimensional electronic gyro module and wireless data transceiver module respectively.
The present invention compared with prior art, its remarkable advantage:
The field measurement device three-dimensional information that the utility model is gathered by integrated three-dimensional compass module and GPS module and positional information, in real time the three-dimensional electric field information decomposition of collection can be transformed to the electric field level in geographical north-south, East and West direction and plummet direction, orientable, location three-dimensional electric field when solving electric field traverse measurement measure problem.
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is the system chart of the orientable wireless measurement device of the aerial three-dimensional electric field of the utility model.
Fig. 2 is the typical mounting structure figure of the orientable wireless measurement device of the aerial three-dimensional electric field of the utility model.
Fig. 3 is electronic compass measuring system schematic diagram.
In figure, 1 microprocessor module, 2 three-dimensional electric field measurement modules, 3GPS module, 4 three-dimensional electronic compass modules, 5 three-dimensional electronic gyro module, 6 wireless data transfer modules, 7 power modules, 8 rigid frames.
Embodiment
As shown in Figure 1, a kind of aerial orientable wireless measurement device of three-dimensional electric field of the utility model, comprising:
Microprocessor module 1, for the course angle of the position coordinate data of acquisition and processing three-dimensional electric field data, measurement mechanism and measurement mechanism, the angle of pitch and roll angle data, obtains the three-dimensional electric field information of real-time orientation, location;
Three-dimensional electric field measurement module 2, for gathering three-dimensional electric field data;
GPS module 3, for gathering the position coordinate data of measurement mechanism;
Three-dimensional electronic compass 4, for gathering the course angle of measurement mechanism, the angle of pitch and roll angle data;
Three-dimensional electronic gyroscope 5, for gathering three-dimensional acceleration and the angular velocity information of measurement mechanism motion, with the impact of compensating measure device motion on measurement data;
Wireless data transceiver module 6, for receiving measurement instruction and real-time three-dimensional electric field information that is directed, location being sent to remote data receiving computer;
Power module 7, for powering to each functional module;
Described three-dimensional electric field measurement module 2, GPS module 3, three-dimensional electronic compass module 4, three-dimensional electronic gyroscope 5 are all connected with the FPDP of microprocessor module 1 with wireless data transceiver module 6, and described power module 7 is connected with described microprocessor module 1, three-dimensional electric field measurement module 2, GPS module 3, three-dimensional electronic compass module 4, three-dimensional electronic gyro module 5 and wireless data transceiver module 6 respectively.
For ensureing that between main modular, relative position immobilizes, also comprise a rigid frame 8, (5 are fixedly installed on described rigid frame 8 described three-dimensional electric field measurement module 2, GPS module 3, three-dimensional electronic compass module 4 and three-dimensional electronic gyro module 5.And for the ease of data processing, when being arranged on rigid frame, described three-dimensional electric field measurement module three measures axle, three-dimensional electronic compass three measures axle, gyrostatic three of three-dimensional electronic measures axle keeping parallelism relation, if cannot guarantee parallel, laboratory facilities should be adopted to calibrate.
As shown in Figure 2, be fixedly installed on described in three of the three-dimensional electronic compass 4 on rigid frame 8 measure direction of principal axis and three-dimensional electric field measurement module 2 three measure axle, three of three-dimensional electronic gyroscope (5) measure axle and distinguish parallel.
Described three-dimensional electronic compass 4 is the compensation three-dimensional electronic compass of HCM500B high-precision tilt angle.
In concrete enforcement, in microprocessor module, the selection of microprocessor is very important.Along with the develop rapidly of electronic technology, high-performance microprocessor technology continues to bring out, as the microcontroller of the second generation ARM Cortex-M3 kernels such as new STM32F103, extend the characteristic of first generation ARM kernel, there is travelling speed faster, lower power consumption, port resource is also abundanter, is widely used in the fields such as data acquisition, Data Analysis Services, instrument and meter, industrial communication, Electric Machine Control.High-precision electronic compass device and module develop rapidly, as high-precision three-dimensional compass veneer modules such as HCM500B, adopt advanced hard iron and soft iron calibration algorithm, make it still can provide high-precision directional information in the state of inclination 360 °, it has small-sized and feature that is low-power consumption, is applicable to current miniaturization sensitive measurement system.And be integrated with three axis fluxgate technology, by the real-time calculated direction data of central processing unit, and use three axis accelerometer to compensate the pitch angle on a large scale, belong to the military project level product of high-performance, high stability.The realization appearing as this project of these two technology and product is laid a good foundation.
The utility model embodiment, realizing circuit principle can be, 1 is the microprocessor module of two generation ARM Cortex-M3 kernels based on STM32F103ZET6, be made up of microprocessor and necessary peripheral circuit thereof, the features such as its travelling speed is fast, low in energy consumption, port resource is abundant can be made full use of, meet the acquisition and processing of a large amount of sensing data of this problem.2 is three-dimensional electric field measurement module, and its three vertical electric field component Measurement channel are connected respectively with three ports with analog-digital conversion function of STM32F103ZET6.3 is GPS module, and typical case selects HEMISPHERE P103 type GPS module, and positioning precision can reach 0.6m, is connected with the serial ports 2 of STM32F103ZET6.4 is three-dimensional electronic compass module, and typical case has selected HCM500B type three-dimensional electronic compass, can the course angle of real-time measurement apparatus, the angle of pitch and roll angle, is connected with the serial ports 1 of STM32F103ZET6.5 is three-dimensional electronic gyro module, and typical case selects MPU3300 type gyroscope, can the 3-axis acceleration of real-time measurement apparatus and three axis angular rates, to realize the compensation to kinematic error, is connected with the serial ports 3 of STM32F103ZET6.6 is wireless data transceiver module, and typical case selects A1276 type wireless data transceiver module, and communication distance reaches 10KM, measurement data can be sent to remote data receiving computer in real time, is connected with the serial ports 4 of STM32F103ZET6.
Three directed electric field measurement principles are: by army grade high-precision sensors such as HCM500B three-dimensional electronic compass, realize the collection to three-dimensional electric field instrument attitude information.As shown in Figure 3, if tested three-dimensional electric field intensity is E, the E recorded by three-dimensional electric field measurement module is respectively E1, E2 and E3 along X, Y, Z axis three orthogonal electric field components to measuring method.Because three-dimensional electronic compass measures axle, to measure axle with three-dimensional electric field X, Y, Z three respectively parallel.Angle between the angle of pitch of electric field three components E1, E2, E3 and north geographic pole and course angle and transverse horizontal drift angle can be measured like this by three-dimensional electronic compass, according to projection and coordinate transform, electric field E1, E2, E3 vector component on geographical north and south, thing and plummet three directions can be calculated, add up again, atmospheric electric field can be obtained along geographic north to the component size in, geographical east orientation and plummet direction.Can calculate with reference to following formula.
The electric field intensity of horizontally managing direction to the north pole is:
E
N＝[E
2cosα+(E
1sinβ-E
3cosβ)sinα]cosθ-[E
1cosβ+E
3sinβ]sinθ
Horizontally manage east to electric field intensity be:
E
e=[E
2cos α+(E
1sin β-E
3cos β) sin α] sin θ+[E
1cos β+E
3sin β] cos θ along the electric field intensity of horizontal vertical upward direction is:
E
V＝[e
2sinα+(-e
1sinβ+e
3cosβ)cosα]
The field measurement device three-dimensional information that the utility model is gathered by integrated three-dimensional compass module and GPS module and positional information, in real time the three-dimensional electric field information decomposition of collection can be transformed to the electric field level in geographical north-south, East and West direction and plummet direction, orientable, location three-dimensional electric field when solving electric field traverse measurement measure problem.
Claims (4)
1. the orientable wireless measurement device of aerial three-dimensional electric field, is characterized in that, comprising:
Microprocessor module (1), for the treatment of the course angle of the position coordinate data of three-dimensional electric field data, measurement mechanism and measurement mechanism, the angle of pitch and roll angle data, obtains the three-dimensional electric field information of real-time orientation, location;
Three-dimensional electric field measurement module (2), for gathering three-dimensional electric field data;
GPS module (3), for gathering the position coordinate data of measurement mechanism;
Three-dimensional electronic compass (4), for gathering the course angle of measurement mechanism, the angle of pitch and roll angle data;
Three-dimensional electronic gyroscope (5), for gathering three-dimensional acceleration and the angular velocity information of measurement mechanism motion, with the impact of compensating measure device motion on measurement data;
Wireless data transceiver module (6), for receiving measurement instruction and real-time three-dimensional electric field information that is directed, location being sent to remote data receiving computer;
Power module (7), for powering to each functional module;
Described three-dimensional electric field measurement module (2), GPS module (3), three-dimensional electronic compass module (4) is all connected with the data input pin of microprocessor module (1) with three-dimensional electronic gyroscope (5), the data output end of described microprocessor module (1) is connected with wireless data transceiver module (6), described power module (7) respectively with described microprocessor module (1), three-dimensional electric field measurement module (2), GPS module (3), three-dimensional electronic compass module (4), three-dimensional electronic gyro module (5) and wireless data transceiver module (6) are connected.
2. measurement mechanism according to claim 1, it is characterized in that: also comprise a rigid frame (8), described three-dimensional electric field measurement module (2), GPS module (3), three-dimensional electronic compass module (4) and three-dimensional electronic gyro module (5) are fixedly installed on described rigid frame (8).
3. measurement mechanism according to claim 2, it is characterized in that: described in be fixedly installed on three of three-dimensional electronic compass (4) on rigid frame (8) and measure direction of principal axis to measure axle with three of three-dimensional electric field measurement module (2) respectively parallel, it is parallel that three measurement axles of three-dimensional electronic gyro module (5) also measure axle with three of three-dimensional electric field measurement module 2.
4. according to the measurement mechanism one of Claim 1-3 Suo Shu, it is characterized in that: described three-dimensional electronic compass module (4 are) the compensation three-dimensional electronic compass of HCM500B high-precision tilt angle.
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| CN201520305088.8U CN204631139U (en) | 2015-05-12 | 2015-05-12 | The orientable wireless measurement device of aerial three-dimensional electric field |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104833864A (en) * | 2015-05-12 | 2015-08-12 | 中国人民解放军理工大学 | Spatial three-dimensional electric field directional wireless measuring device |
| CN108445305A (en) * | 2018-03-13 | 2018-08-24 | 南京信息工程大学 | A kind of mobile base station antenna electrical tilt angle detecting system and method |
| CN110470918A (en) * | 2019-09-25 | 2019-11-19 | 云南电网有限责任公司电力科学研究院 | A kind of method and system measuring high voltage electric field distributed in three dimensions |
-
2015
- 2015-05-12 CN CN201520305088.8U patent/CN204631139U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104833864A (en) * | 2015-05-12 | 2015-08-12 | 中国人民解放军理工大学 | Spatial three-dimensional electric field directional wireless measuring device |
| CN104833864B (en) * | 2015-05-12 | 2018-03-09 | 中国人民解放军理工大学 | Aerial three-dimensional electric field can be directed to wireless measurement device |
| CN108445305A (en) * | 2018-03-13 | 2018-08-24 | 南京信息工程大学 | A kind of mobile base station antenna electrical tilt angle detecting system and method |
| CN108445305B (en) * | 2018-03-13 | 2023-06-23 | 南京信息工程大学 | Electronic downtilt angle detection system and method for mobile base station antenna |
| CN110470918A (en) * | 2019-09-25 | 2019-11-19 | 云南电网有限责任公司电力科学研究院 | A kind of method and system measuring high voltage electric field distributed in three dimensions |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150909 Termination date: 20190512 |