CN104483583A - Vehicle-mounted type electromagnetic radiation on-line monitoring system - Google Patents
Vehicle-mounted type electromagnetic radiation on-line monitoring system Download PDFInfo
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- CN104483583A CN104483583A CN201410855794.XA CN201410855794A CN104483583A CN 104483583 A CN104483583 A CN 104483583A CN 201410855794 A CN201410855794 A CN 201410855794A CN 104483583 A CN104483583 A CN 104483583A
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Abstract
The invention provides a vehicle-mounted type electromagnetic radiation on-line monitoring system which comprises an electromagnetic radiation monitor (comprising a monitor main machine and a probe), a data acquisition and transmission device and a lift control device; the probe is used for detecting an electromagnetic wave signal of a detection space environment and sends the signal to the monitor main machine; the main machine is used for receiving the electromagnetic wave signal and processing the electromagnetic wave signal to obtain electromagnetic radiation data; the data acquisition and transmission device is in fiber connection with the monitor main machine and used for receiving the electromagnetic radiation data and sending the electromagnetic radiation data to a monitoring center; the lift control device is used for monitoring rising and falling of the monitor so that the probe can be far away from a monitoring vehicle top metal body and lowers the probe when monitoring is not performed and normal driving of a monitoring vehicle is facilitated. The vehicle-mounted type electromagnetic radiation on-line monitoring system has the advantages that monitoring can be performed in real time in the driving process of the monitoring vehicle, the operation is simple, the monitoring efficiency is improved greatly, and the lift control device is used for reducing the effect of the vehicle top metal body on the probe so that a measurement result is more accurate.
Description
Technical field
The present invention relates to electromagnetic radiation monitoring field, in particular to vehicular electromagnetic radiation on-line monitoring system.
Background technology
Along with the fast development of the communication technology, some public places, as residential block, school and square etc. are all provided with mobile communication base station, with thinking that user provides mobile network, for people's call and online etc., the life for people provides larger convenience; But mobile communication base station itself can produce electromagnetic radiation, healthy to people of electromagnetic radiation, can produce serious harm, this electromagnetic radiation spreads to surrounding environment, then can affect the environment in the public place around it.
Therefore in order to solve the problem, correlation technique provides a kind of Vehicular electromagnetic radiation-monitoring system, comprises electromagnetic radiation monitoring instrument; Concrete, electromagnetic radiation monitoring instrument is positioned in vehicle, after vehicle arrives monitoring field (public place namely near mobile communication base station), manually electromagnetic radiation monitoring instrument to be taken out in vehicle and electromagnetic radiation monitoring is carried out in the public place of setting up near to mobile communication base station, then, the electromagnetic radiation data of monitoring is sent to the display screen of monitoring car by electromagnetic radiation monitoring instrument, and shows electromagnetic radiation data by this display screen.
Inventor finds under study for action, this Vehicular electromagnetic radiation-monitoring system, arrives after monitoring field, need staff manually to set up electromagnetic radiation monitoring instrument at monitoring car, in order to measure the electromagnetic radiation of monitoring field, and complicated operation and inefficiency.
Summary of the invention
The object of the present invention is to provide vehicular electromagnetic radiation on-line monitoring system, in vehicular motion, electromagnetic radiation on-line monitoring can be carried out in real time; And when fixed point monitoring, do not need erected on site electromagnetic radiation monitoring system can carry out monitoring (namely achieving Real-Time Monitoring), monitoring is raised the efficiency greatly.
First aspect, embodiments provides a kind of vehicular electromagnetic radiation on-line monitoring system, comprising: electromagnetic radiation monitoring instrument, data acquisition transmitting device and apparatus for controlling of lifting;
Electromagnetic radiation monitoring instrument comprises monitor main frame and probe; Probe, for detecting the electromagnetic wave signal of the space environment in region to be measured, and is sent to monitor main frame by electromagnetic wave signal; Monitor main frame is electrically connected with probe, for receiving electromagnetic wave signal and processing electromagnetic wave signal, obtains electromagnetic radiation data;
Data acquisition transmitting device and monitor main frame Fiber connection, for receiving electromagnetic radiation data, and be sent to vehicle-mounted monitoring server and Surveillance center by electromagnetic radiation data;
Apparatus for controlling of lifting rises and landing for controlling electromagnetic radiation monitoring instrument, to make probe land, probe in order to facilitate the normal traveling of monitoring car away from monitoring car roof metallic object and when monitoring in observation process.
In conjunction with first aspect, embodiments provide the first possible embodiment of first aspect, wherein, in this vehicular electromagnetic radiation on-line monitoring system, data acquisition transmitting device is built-in with wireless transport module, for receiving the remote transmission instruction that data acquisition transmitting device sends, and according to remote transmission instruction, the electromagnetic radiation data that data acquisition transmitting device receives is sent to remote monitoring center by mobile network, wherein, mobile network at least comprises: GPRS wireless communication networks, 3G wireless communication networks, 4G wireless communication networks, WiFi network and wired internet.
In conjunction with the first possible embodiment of first aspect, embodiments provide the embodiment that the second of first aspect is possible, wherein, in this vehicular electromagnetic radiation on-line monitoring system, data acquisition transmitting device also for, the electromagnetic radiation data received is sent to the vehicle-mounted monitoring server of monitoring car, so that the display screen of vehicle-mounted monitoring server controls monitoring car shows this electromagnetic radiation data, checks with for user.
In conjunction with the embodiment that the second of first aspect is possible, embodiments provide the third possible embodiment of first aspect, wherein, this vehicular electromagnetic radiation on-line monitoring system also comprises global position system GPS module;
GPS module is electrically connected with data acquisition transmitting device, for obtaining the geographical location information of monitoring car, and geographical location information is sent to data acquisition transmitting device, so that data acquisition transmitting device display geographical location information.
In conjunction with first aspect, embodiments provide the 4th kind of possible embodiment of first aspect, wherein, in this vehicular electromagnetic radiation on-line monitoring system, apparatus for controlling of lifting comprises motor and support bar;
One end of motor and support bar is rotationally connected, and moves for driving support bar;
The other end of support bar connects electromagnetic radiation monitoring instrument, rises and landing for driving electromagnetic radiation monitoring instrument under the drive of motor.
In conjunction with first aspect, embodiments provide the 5th kind of possible embodiment of first aspect, wherein, this vehicular electromagnetic radiation on-line monitoring system also comprises Wireless transceiver equipment;
Wireless transport module realizes telecommunication by Wireless transceiver equipment and remote monitoring center.
In conjunction with any one possible embodiment of the first possible embodiment value the 5th kind of possible embodiment of first aspect, embodiments provide the 6th kind of possible embodiment of first aspect, wherein, also operator's console is comprised in this vehicular electromagnetic radiation on-line monitoring system;
Electromagnetic radiation monitoring instrument, data acquisition transmitting device, apparatus for controlling of lifting, GPS module and antenna are installed on operator's console;
Operator's console scribbles absorbing material, for absorbing, electromagnetic wave incident in space in order to reduce electromagnetic reflection.
Second aspect, embodiments provides a kind of vehicular electromagnetic radiation on-line monitoring system, comprises vehicular electromagnetic radiation on-line monitoring system and the monitoring car of any one in first aspect;
The roof of monitoring car scribbles absorbing material, for absorbing, electromagnetic wave incident in space in order to reduce electromagnetic reflection.
In conjunction with second aspect, embodiments provide the first possible embodiment of second aspect, wherein, in this vehicular electromagnetic radiation on-line monitoring system, monitoring car also comprises vehicle-mounted monitoring server, display screen and power module;
The electromagnetic radiation data that vehicle-mounted monitoring server sends for receiving data acquisition transmitting device, and generate idsplay order according to electromagnetic radiation data, and idsplay order is sent to display screen;
Display screen is electrically connected with vehicle-mounted monitoring server, for receiving idsplay order and showing electromagnetic radiation data according to idsplay order;
Power module is electrically connected with data acquisition transmitting device, and with thinking that data acquisition transmitting device is powered, power module comprises: vehicle power and mobile generator.
In conjunction with the first possible embodiment of second aspect or second aspect, embodiments provide the embodiment that the second of second aspect is possible, wherein, in this vehicular electromagnetic radiation on-line monitoring system, operator's console and electromagnetic radiation monitoring instrument, apparatus for controlling of lifting, GPS module and the antenna be arranged on operator's console are arranged on the roof of monitoring car respectively;
Data acquisition transmitting device is placed in monitoring car.
The vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides, comprising: electromagnetic radiation monitoring instrument, data acquisition transmitting device and apparatus for controlling of lifting; Electromagnetic radiation monitoring instrument comprises monitor main frame and probe; Probe, for detecting the electromagnetic wave signal of the space environment in region to be measured, and is sent to monitor main frame by electromagnetic wave signal; Monitor main frame is electrically connected with probe, for receiving electromagnetic wave signal and processing electromagnetic wave signal, obtains electromagnetic radiation data; Data acquisition transmitting device and monitor main frame Fiber connection, for receiving electromagnetic radiation data, and be sent to Surveillance center by electromagnetic radiation data; Apparatus for controlling of lifting rises and landing for controlling electromagnetic radiation monitoring instrument, to make probe be landed by probe away from monitoring car roof metallic object and when monitoring in observation process, in order to facilitate the normal traveling of monitoring car, with Vehicular electromagnetic radiation-monitoring system of the prior art, after monitoring car arrives monitoring field, need staff manually to set up electromagnetic radiation monitoring instrument, in order to measure the electromagnetic radiation of monitoring field, complicated operation and the scheme of inefficiency are compared, and it has the following advantages:
1, can monitor in real time in the process of monitoring car traveling, without the need to manually electromagnetic radiation monitoring instrument being taken out the step outside monitoring car, simple to operate;
2, monitoring car arrive monitoring point time, need not staff's erected on site electromagnetic radiation monitoring instrument can carry out electromagnetic wave signal monitoring (namely achieve vehicle travel process in Real-Time Monitoring), greatly raise the efficiency;
3, using apparatus for controlling of lifting to control electromagnetic radiation monitoring instrument when monitoring to rise, making the probe of electromagnetic radiation monitoring instrument away from roof metallic object, greatly reduce vehicle and other metal objects to the impact of electromagnetic radiation measuring, reduce monitor and feedback; And when monitoring, controlling electromagnetic radiation monitoring instrument falls, facilitate the current of monitoring car, practicality is better.
Further, the vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides, also has the following advantages:
4, the geographical location information of GPS module Real-time Collection monitoring car is used, so that data acquisition transmitting device is according to the geographical location information of monitoring car, calculate the position relationship (comprising distance, orientation etc.) of monitoring car current location and electromagnetic radiation source, be convenient to the space distribution situation of follow-up study and displaying electromagnetic radiation source.
5, the motor-driven monitoring to electromagnetic environment and emergency monitoring is achieved;
6, electromagnetic radiation monitoring data publication, electromagnetic radiation public awareness campaign intercourse platform has been built.
For making above-mentioned purpose of the present invention, feature and advantage become apparent, preferred embodiment cited below particularly, and coordinate appended accompanying drawing, be described in detail below.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, be briefly described to the accompanying drawing used required in embodiment below, be to be understood that, the following drawings illustrate only some embodiment of the present invention, therefore the restriction to scope should be counted as, for those of ordinary skill in the art, under the prerequisite not paying creative work, other relevant accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 shows the structural representation of a kind of vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides;
Fig. 2 shows the structural representation that in a kind of vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides, electromagnetic radiation monitoring instrument is fallen;
Fig. 3 shows the structural representation that in a kind of vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides, electromagnetic radiation monitoring instrument rises;
Fig. 4 shows the front view of a kind of vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides.
Main element symbol description:
11, electromagnetic radiation monitoring instrument; 12, data acquisition transmitting device; 13, apparatus for controlling of lifting; 14, wireless communication module; 15, remote monitoring center; 16, GPS module; 17, Wireless transceiver equipment; 18, shell; 19, monitoring car; 20, display screen; 21, operator's console; 22, energy source module; 23, vehicle-mounted monitoring server; 24, supporting object; 25, motor.
Embodiment
Below in conjunction with accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.The assembly of the embodiment of the present invention describing and illustrate in usual accompanying drawing herein can be arranged with various different configuration and design.Therefore, below to the detailed description of the embodiments of the invention provided in the accompanying drawings and the claimed scope of the present invention of not intended to be limiting, but selected embodiment of the present invention is only represented.Based on embodiments of the invention, the every other embodiment that those skilled in the art obtain under the prerequisite not making creative work, all belongs to the scope of protection of the invention.
The invention provides a kind of vehicular electromagnetic radiation on-line monitoring system, be mainly used in residential block near vehicular mobile monitoring mobile communication base station, school, the electromagnetic radiation environment in the public places such as square, the maneuverability monitoring to mobile communication base station electromagnetic environment and emergency monitoring can be realized, and build the public awareness campaign of green base station and the platform of communication, build online electromagnetic radiation monitoring and distribution platform, ensure that people apply the convenience of mobile communication base station on the one hand, the health reducing people on the other hand can not be subject to the impact of mobile communication base station, the living condition of safety convenient is provided to resident.
The invention provides a kind of vehicular electromagnetic radiation on-line monitoring system, as Figure 1-Figure 4, comprising: electromagnetic radiation monitoring instrument 11, data acquisition transmitting device 12 and apparatus for controlling of lifting 13; Electromagnetic radiation monitoring instrument 11 comprises monitor main frame and probe; Probe, for detecting the electromagnetic wave signal of the space environment in region to be measured, and is sent to monitor main frame by electromagnetic wave signal; Monitor main frame is electrically connected with probe, for receiving electromagnetic wave signal and processing electromagnetic wave signal, obtains electromagnetic radiation data; Data acquisition transmitting device 12 and monitor main frame Fiber connection, for receiving electromagnetic radiation data, and be sent to vehicle-mounted monitoring server 23 and Surveillance center by electromagnetic radiation data; Apparatus for controlling of lifting 13 rises for controlling electromagnetic radiation monitoring instrument 11 and lands, to make probe land, probe in order to facilitate the normal traveling of monitoring car 19 away from monitoring car 19 roof metallic object and when monitoring in observation process.
The vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides, with Vehicular electromagnetic radiation-monitoring system of the prior art, after monitoring car 19 arrives monitoring field, need staff manually to set up electromagnetic radiation monitoring instrument 11, in order to measure the electromagnetic radiation of monitoring field, complicated operation and the scheme of inefficiency are compared, and it has the following advantages:
1, can monitor in real time in the process of monitoring car 19 traveling, without the need to manually electromagnetic radiation monitoring instrument 11 being taken out the step outside monitoring car 19, simple to operate;
2, when monitoring car 19 arrives monitoring point, need not staff's erected on site electromagnetic radiation monitoring instrument 11 can carry out electromagnetic wave signal monitoring (namely achieve vehicle travel process in Real-Time Monitoring), greatly raise the efficiency;
3, using apparatus for controlling of lifting 13 to control electromagnetic radiation monitoring instrument 11 when monitoring to rise, making the probe of electromagnetic radiation monitoring instrument 11 away from roof metallic object, greatly reduce vehicle and other metal objects to the impact of electromagnetic radiation measuring, reduce monitor and feedback; And when monitoring, controlling electromagnetic radiation monitoring instrument 11 falls, facilitate the current of monitoring car 19, practicality is better.
Concrete, electromagnet radiation detection instrument is the instrument of the dedicated test electromagnetic radiation of radiation data, is existing product, and it is mainly used in the actinometry of electrical equipment, hi-line, base station etc. in life, can effectively help people away from radiation source, from the harm of radiation.
Comprise monitor main frame and probe at electromagnetic radiation monitoring instrument 11 in the present embodiment, use probe can be more convenient and detect the radiation data of monitoring car 19 more accurately; In the present embodiment, monitor main frame and probe are fixedly electrically connected, and form overall electromagnetic radiation monitoring instrument 11, are then encapsulated by this electromagnetic radiation monitoring instrument 11 with shell 18, in order to protect monitor main frame and probe.
Concrete, in the process used, whole electromagnetic radiation monitoring instrument 11 is fixed on the roof of monitoring car 19, together with this electromagnetic radiation monitoring instrument 11 to be fixedly installed with apparatus for controlling of lifting 13 away from one end of probe, so that apparatus for controlling of lifting 13 can control probe one end rise of electromagnetic radiation monitoring instrument 11 and fall, wherein, when electromagnetic radiation monitoring instrument 11 carries out electromagnetic wave signal monitoring (when reaching Test Field at monitoring car 19, when whole monitoring system is started working), control by apparatus for controlling of lifting 13 one end that electromagnetic radiation monitoring instrument 11 pops one's head in rise, now, comparatively far (one end distance roof of popping one's head in the present embodiment is about 70cm to the metallic object of one end distance roof that electromagnetic radiation monitoring instrument 11 is popped one's head in, now roof metallic object can be disregarded the impact of monitor), therefore when the electromagnetic wave signal of the space environment to region to be measured is monitored, greatly reduce vehicle and other metal objects (being especially monitoring car 19 roof metallic object in the present embodiment) impact on electromagnetic radiation measuring, reduce monitor and feedback, and when electromagnetic radiation monitoring instrument 11 does not use, control by apparatus for controlling of lifting 13 one end that electromagnetic radiation monitoring instrument 11 pops one's head in fall, it is made to be connected on supporting object 24, lock by the self-locking device on supporting object 24 one end that this electromagnetic radiation monitoring instrument 11 pops one's head in, facilitate the current of monitoring car 19.
Wherein, the metallic object of monitoring car 19 roof can detect electromagnetic wave signal to electromagnetic radiation monitoring instrument 11 and produce interference, because, metallic object can cause tested electromagnetic radiation field distribution to change, the electromagnetic radiation measured is made not to be original electromagnetic radiation field, therefore the impact of car body must be reduced as far as possible, and one end that apparatus for controlling of lifting of the present invention 13 controls electromagnetic radiation monitoring instrument probe rises and falls well avoid this problem.
Preferably, in the present embodiment, electromagnetic radiation monitoring instrument 11 is erected on roof, and set up electromagnetic radiation monitoring instrument 11 by nonmetallic apparatus for controlling of lifting 13, electromagnetic radiation monitoring instrument 11 one end of popping one's head in is enable to rise and fall, the metal car body of monitoring car 19 roof is avoided to affect electromagnetic radiation monitoring, ensure that the electromagnetic radiation field distribution of tested monitoring car 19 is constant, the electromagnetic radiation measured can not be changed, thus make the electromagnetic radiation data of measurement more accurate.
Further, the data acquisition transmitting device 12 in the present embodiment can be a data collecting instrument, also can be a computing machine, also can be that a data collecting instrument connects a computing machine.Communicated by optical fiber or wireless mode between electromagnetic radiation monitoring instrument 11 with data acquisition transmitting device 12, and data acquisition transmitting device 12 adopts the Power supply in car; Concrete, this data acquisition transmitting device 12 adopts vehicle power to power, and mobile generator 25 also can be adopted to power.
Further, in this vehicular electromagnetic radiation on-line monitoring system, as shown in Figure 1, data acquisition transmitting device 12 is built-in with wireless transport module, for receiving the remote transmission instruction that data acquisition transmitting device 12 sends, and be sent to remote monitoring center 15 according to the electromagnetic radiation data that data acquisition transmitting device 12 receives by remote transmission instruction by mobile network, wherein, mobile network at least comprises: GPRS wireless communication networks, 3G wireless communication networks, 4G wireless communication networks, WiFi network and wired internet.
Concrete, the electromagnetic radiation data that data acquisition transmitting device 12 is received by its built-in wireless transport module by data acquisition transmitting device 12 is sent to remote monitoring center 15 by mobile network, so that the staff of remote control center can see the electromagnetic radiation field intensity numerical value of surveyed area, to determine whether the electromagnetic wave of this surveyed area exceedes environmental protection limits according to this numerical value, and when electromagnetic wave exceedes environmental protection limit value, this surveyed area is processed (as changed base station or adjustment emissive power or antenna for base station transmit direction etc.).
Concrete, this vehicular electromagnetic radiation on-line monitoring system provided in the present embodiment is monitored by unified Surveillance center, and Surveillance center carries out wireless transmission by the mode of wireless transmission and the wireless communication module 14 of vehicular electromagnetic radiation on-line monitoring system, in order to the radiation data information that Real-time Obtaining data acquisition transmitting device 12 gathers, when detecting that this radiation data information exceedes preset value, taking appropriate measures and processing.
In addition, in the present embodiment, the value of the greatest irradiation data that said preset value can bear according to human body sets, and object is to ensure the healthy of mobile communication base station surrounding resident.
Further, as shown in Figure 1, in this vehicular electromagnetic radiation on-line monitoring system, data acquisition transmitting device 12 also for, the electromagnetic radiation data received is sent to the vehicle-mounted monitoring server of monitoring car 19, so that the display screen 20 that vehicle-mounted monitoring server 23 controls monitoring car shows this electromagnetic radiation data, check with for user.
Concrete, the electromagnetic radiation data that data acquisition transmitting device 12 receives has two kinds of transmission paths, a kind of is above-mentionedly also be sent to remote monitoring center 15 by its built-in wireless transport module electromagnetic radiation data, so that the staff of remote monitoring center 15 can know the electromagnetic radiation data in region to be monitored in real time, and carries out file record; Another kind is, directly by data line, this electromagnetic radiation data is sent to the vehicle-mounted monitoring server 23 of monitoring car 19, and undertaken showing this electromagnetic radiation data by the display screen 20 be electrically connected with this vehicle-mounted monitoring server 23 in monitoring car 19, so that staff can see these data, also these data can be shared with the resident in region to be detected simultaneously, realize the electromagnetic radiation situation with regard to mobile communication base station and social network, the public is publicized; In the present embodiment, data acquisition transmitting device 12 and vehicle-mounted monitoring server 23 are located in car, therefore the transmission plan of the best is the wired connection of above-mentioned the second, preferably, data acquisition transmitting device 12 is connected by Serial Port Line or USB line with vehicle-mounted monitoring server 23.
In addition, this electromagnetic radiation data is sent to the vehicle-mounted monitoring server 23 of monitoring car 19 by data acquisition transmitting device 12, may also be the transfer instruction sent according to remote monitoring center 15 and carries out; Concrete, remote monitoring center 15 generates transfer instruction according to the radiation data received, and transfer instruction is sent to data acquisition transmitting device 12 by wireless transport module, so that collecting transmitter is according to transfer instruction, by data line, this electromagnetic radiation data is sent to the vehicle-mounted monitoring server 23 of monitoring car 19.
The vehicle-mounted monitoring server 23 of the data acquisition transmitting device 12 in monitoring car 19 to monitoring car 19 is controlled by remote monitoring center 15 is unified, and shown by the display screen 20 in monitoring car 19, so that staff and the public all can see this electromagnetic radiation data.Wherein, Surveillance center can control multiple monitoring car 19 simultaneously.
Wherein, the position of the data acquisition transmitting device 12 in the present embodiment is transportable, can be placed in car, also can be placed on outside car, preferably be placed in car in the present embodiment.
Further, as shown in Figure 1, this vehicular electromagnetic radiation on-line monitoring system also comprises GPS module 16; GPS module 16 is electrically connected with data acquisition transmitting device 12, for obtaining the geographical location information of monitoring car 19, and geographical location information is sent to data acquisition transmitting device 12, so that data acquisition transmitting device 12 shows geographical location information.
The geographical location information of GPS module 16 Real-time Collection monitoring car 19 is used in the embodiment of the present invention, so that data acquisition transmitting device 12 is according to the geographical location information of monitoring car 19, calculate the position relationship (comprising distance, orientation etc.) of monitoring car 19 current location and electromagnetic radiation source, be convenient to the space distribution situation of follow-up study and displaying electromagnetic radiation source.
Concrete, by GPS (Global Positioning System, GPS) module can obtain the geographical location information of this monitoring car 19, then this geographical location information is sent to data acquisition transmitting device 12, so that data acquisition transmitting device 12 is according to the geographical location information of this monitoring car 19, the position relationship generating himself and electromagnetic radiation source (comprises distance, orientation etc.), and the above-mentioned information generated is sent to the Surveillance center with himself radio communication, so that the space distribution situation of Surveillance center's research and displaying electromagnetic radiation source.
Concrete, GPS module 16 can be placed on the convenient place receiving gps signal in roof or car, and in the present embodiment, GPS module 16 is preferably placed in the roof of monitoring car 19.
In the present embodiment, data acquisition transmitting device 12 connects GPS module 16 by data line, powers and obtain the GPS information of monitoring car 19 for GPS module 16.
Further, in this vehicular electromagnetic radiation on-line monitoring system, as Figure 1-Figure 4, as shown in Figures 2 and 3, apparatus for controlling of lifting 13 comprises motor 25 and support bar to structural drawing; Motor 25 is rotationally connected with one end of support bar, moves for driving support bar; The other end of support bar connects electromagnetic radiation monitoring instrument 11, rises for driving electromagnetic radiation monitoring instrument 11 under the drive of motor 25 and lands.
In the present embodiment, support bar is nonmetallic materials, and as being glass fibre material or nylon rod, nonmetallic materials can not have an impact to the monitoring of electromagnetic radiation, make monitoring result more accurate.Wherein, Fig. 2 shows the structural representation that in a kind of vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides, electromagnetic radiation monitoring instrument is fallen; Fig. 3 shows the structural representation that in a kind of vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides, electromagnetic radiation monitoring instrument rises.
Further, as shown in Figure 1, this vehicular electromagnetic radiation on-line monitoring system also comprises Wireless transceiver equipment 17; Wireless transport module realizes telecommunication by Wireless transceiver equipment 17 and remote monitoring center 15.
Concrete, Wireless transceiver equipment 17 can be antenna, realize carrying out data communication between wireless communication module 14 and remote monitoring center 15 by antenna, strengthen distance and the signal quality of communication, the electromagnetic radiation data signal intensity of transmission can be made strong, and the impact be interfered is comparatively large, distortion can not be there is in the process of transmission.
Further, as shown in Figure 1 and Figure 4, this vehicular electromagnetic radiation on-line monitoring system also comprises operator's console 21; Electromagnetic radiation monitoring instrument 11, data acquisition transmitting device 12, apparatus for controlling of lifting 13, GPS module 16 and antenna 17 are installed on operator's console 21; Operator's console 21 scribbles absorbing material back to the side of monitoring car 19, for absorbing incident electromagnetic wave, reducing even to eliminate reflection electromagnetic wave to the impact of electromagnetic radiation monitoring, improving the accuracy of measured value.
Concrete, electromagnetic radiation monitoring instrument 11, data acquisition transmitting device 12, apparatus for controlling of lifting 13, GPS module 16 and antenna 17 are installed on operator's console 21, make easy to operate, and be easy to dismantle from monitoring car 19.
And be arranged on monitoring car 19 roof at operator's console 21, operator's console surface scribbles absorbing material, electromagnetic wave incident in space can be absorbed, reduce electromagnetic wave monitoring generation is carried out in electromagnetic reflection impact on the probe of electromagnetic radiation monitoring instrument 11, thus make testing result more accurate.
The embodiment of the present invention additionally provides a kind of vehicular electromagnetic radiation on-line monitoring system, comprises above-mentioned vehicular electromagnetic radiation on-line monitoring system and monitoring car 19; The roof of monitoring car 19 scribbles absorbing material, for absorbing, electromagnetic wave incident in space in order to reduce electromagnetic reflection.
In the present embodiment, the roof surface of monitoring car 19 and the surface of operator's console all scribble absorbing material, after electromagnetic wave incident in space arrives operator's console surface, absorbed by absorbing material, reduce even to eliminate electromagnetic reflection, thus reduce even to eliminate roof metallic object to the impact of the electromagnetic detection of electromagnetic radiation monitoring instrument.Concrete, electromagnetic wave in space, as the electromagnetic wave that mobile communication base station (its height is higher than monitoring car) sends, first arrive the probe positions (on roof) of electromagnet radiation detection instrument, then roof plane is arrived, if roof plane is metallic object, then can reflection electromagnetic wave, the electromagnetic wave that at this moment probe positions detects is exactly superposing of incident electromagnetic wave and reflection electromagnetic wave.And electromagnetic radiation monitoring instrument will detect is the electromagnetic wave that base station directly launches, reflection electromagnetic wave can cause the error measured, reduce or eliminate the electromagnetic wave of reflection, after absorbing material is coated on roof and operating platform surface, incident electromagnetic wave can be absorbed, make the electromagnetic wave of reflection almost nil.
Further, as shown in Figure 1 and Figure 4.Monitoring car 19 comprises vehicle-mounted monitoring server 23 and display screen 20; The electromagnetic radiation data that vehicle-mounted monitoring server 23 sends for receiving wireless transport module, and generate idsplay order according to electromagnetic radiation data, and idsplay order is sent to display screen 20; Display screen 20 is electrically connected with vehicle-mounted monitoring server 23, for receiving idsplay order and showing electromagnetic radiation data according to idsplay order.
Concrete, vehicle-mounted monitoring server 23 and display screen 20 is had in inspection vehicle, vehicle-mounted monitoring server 23 and display screen 20 are electrically connected by video line, can receiving electromagnetic radiation data, and electromagnetic radiation data is shown by display screen 20, link up and the platform exchanged with thinking that the staff of surveyed area and the public provide, practicality is better.
Further, this vehicular electromagnetic radiation on-line monitoring system, monitoring car 19 also comprises; Power module 22 is electrically connected with data acquisition transmitting device 12, and with thinking that data acquisition transmitting device 12 is powered, power module 22 comprises: vehicle power and mobile generator 25.
Concrete, data acquisition transmitting device 12 is positioned in car, provides power supply, provide cost savings by the power module 22 in monitoring car 19 for it, and easy to operate, and effect is better.
Further, in this vehicular electromagnetic radiation on-line monitoring system, operator's console 21 and electromagnetic radiation monitoring instrument 11, apparatus for controlling of lifting 13, GPS module 16 and the antenna 17 be arranged on operator's console 21 are arranged on the roof of monitoring car 19 respectively; Data acquisition transmitting device 12 is placed in monitoring car 19.
The present invention is that vehicular electromagnetic radiation on-line monitoring system that embodiment provides achieves motor-driven monitoring to electromagnetic environment and emergency monitoring, and has built electromagnetic radiation monitoring data publication, electromagnetic radiation public awareness campaign intercourse platform.
Detailed process below with regard to this vehicular electromagnetic radiation on-line monitoring system is described:
The course of work describes: in vehicle traveling or stopped process, this system worked well, electromagnetic radiation monitoring instrument 11 is by the electromagnetic radiation monitoring data of this vehicle of probe Real-time Obtaining, and by these electromagnetic radiation monitoring data by Optical Fiber Transmission to data acquisition transmitting device 12, the GPS information of this vehicle that data acquisition transmitting device 12 synchronous acquisition GPS module 16 gathers, the electromagnetic radiation monitoring data of collection and GPS information are integrated by data acquisition transmitting device 12, form total transmission data and are sent to display screen 20 and show.Further, data acquisition transmitting device 12 can built-in wireless communication module 14, and such as these total transmission data are transferred to Surveillance center 14, thus Surveillance center 14 is monitored by GPRS module or 3G module etc.
Brief description is carried out to the Fig. 4 in Figure of description below:
The electromagnetic radiation monitoring instrument 11 of the use in Fig. 4 is the product of NBM-520 series, and vehicle-mounted monitoring server 23 is a kind of data acquisition transmitting devices 12, and GPS module 16 is arranged in roof (figure does not identify out).
Electromagnetic radiation monitoring instrument 11 and supplying cell thereof are placed in vehicle mounted luggage case, vehicle mounted luggage case is arranged on roof, monitor probe distance roof height 0.4 meter, electromagnetic radiation monitoring instrument 11 by Fiber connection to vehicle-mounted monitoring server 23, by the Monitoring Data of acquisition, the display screen 20 be sent in car shows vehicle-mounted monitoring server 23, checks with for user.Display screen 20 and vehicle-mounted monitoring server 23 adopt mobile generator and storage battery power supply.
Concrete, in order to reduce impact, the electromagnetic radiation monitoring instrument 11 in the present embodiment also can use undersized powered battery or Sunny energy plate to power, and power supply capacity is limited.If adopt electromagnetic radiation monitoring instrument 11 and data acquisition transmitting device 12 integral type power-supply service, because the power dissipation ratio of data acquisition transmitting device 12 is comparatively large, internal battery and small size solar panels are powered to support and are worked long hours.Separate type power-supply service, electromagnetic radiation monitoring instrument 11 uses small size internal battery to power, and data acquisition transmitting device 12 uses power module in car to power, and power consumption can not be considered, this design improves the accuracy of measurement of system.
Vehicular electromagnetic radiation on-line monitoring system provided by the invention has following features:
1, electromagnetic radiation monitoring instrument 11 is erected on roof, and electromagnetic radiation monitoring instrument 11 there is certain distance apart from roof, avoid metal car body to affect electromagnetic radiation and carry out the even normal radiation data monitoring of accurate radiation data monitoring.
2, adopt Large Copacity small size battery or solar panels to power to electromagnetic radiation monitoring instrument 11, power supply effect is better.
3, metal isolation design is adopted between electromagnetic radiation monitoring instrument 11 and car body, the support mounting bracket of electromagnetic radiation monitoring instrument 11 is nonmetallic (being the glitch-free material of monitoring electromagnetic field), electromagnetic radiation monitoring instrument 11 is independently-powered, and electromagnetic radiation monitoring instrument 11 and the data acquisition transmitting device 12 in car are by the communication such as optical fiber or wireless mode.
4, electromagnetic radiation monitoring instrument 11 and data acquisition transmitting device 12 separation design, one avoids data acquisition transmitting device 12 on the impact of electromagnetic radiation measuring; Two the two separate types are powered, and reduce the power demands of electromagnetic radiation monitoring instrument 11.
5, data acquisition transmitting device 12 and display screen 20 separation design, wirelessly communicate between the two, such display screen 20 just can be placed on outside Che Nei or car flexibly, facilitates Monitoring Data to issue the public.
6, GPS module 16 is configured, data acquisition transmitting device 12 Real-time Collection GPS information, obtain the locating information of monitoring car 19, obtain monitoring car 19 current location, (distance, orientation etc. are comprised with the position relationship of electromagnetic radiation source, gait of march), can be used for the space distribution situation of studying and showing electromagnetic radiation source.
7, the data of collection synchronously can be wirelessly transferred to remote monitoring center 15 by data acquisition transmitting device 12, the data that display screen 20 is issued are issued by remote monitoring center 15 is unified, and multiple like this monitoring car 19 just can form large unified vehicle-mounted monitoring system.
Vehicular electromagnetic radiation on-line monitoring system provided by the invention also tool has the following advantages:
1, can monitor in real time in the process of monitoring car 19 traveling, without the need to manually electromagnetic radiation monitoring instrument 11 being taken out the step outside monitoring car 19, simple to operate.
2, when monitoring car 19 arrives monitoring point, need not staff's erected on site electromagnetic radiation monitoring instrument 11 can carry out electromagnetic wave signal monitoring (namely achieve vehicle travel process in Real-Time Monitoring), greatly raise the efficiency.
3, using apparatus for controlling of lifting 13 to control electromagnetic radiation monitoring instrument 11 when monitoring to rise, making the probe of electromagnetic radiation monitoring instrument 11 away from roof metallic object, greatly reduce vehicle and other metal objects to the impact of electromagnetic radiation measuring, reduce monitor and feedback; And when monitoring, controlling electromagnetic radiation monitoring instrument 11 falls, facilitate the current of monitoring car 19, practicality is better.
Further, the vehicular electromagnetic radiation on-line monitoring system that the embodiment of the present invention provides, also has the following advantages:
4, the geographical location information of GPS module 16 Real-time Collection monitoring car 19 is used, so that data acquisition transmitting device 12 is according to the geographical location information of monitoring car 19, calculate the position relationship (comprising distance, orientation etc.) of monitoring car 19 current location and electromagnetic radiation source, be convenient to the space distribution situation of follow-up study and displaying electromagnetic radiation source.
5, the motor-driven monitoring to electromagnetic environment and emergency monitoring is achieved.
6, electromagnetic radiation monitoring data publication, electromagnetic radiation public awareness campaign intercourse platform has been built.
7, data acquisition transmitting device 12 is positioned in monitoring car 19, but not is placed on roof together with electromagnetic radiation monitoring instrument 11, have the following advantages:
1, data acquisition transmitting device 12 adopt the electric power system-large-capacity battery in car and or generator 25 power, power supply is guaranteed.
2, distant due to data acquisition transmitting device 12 and electromagnetic radiation monitoring instrument 11, the impact of wireless transmit on the electromagnetic radiation measuring of electromagnetic radiation monitoring instrument 11 of data acquisition transmitting device 12 reduces greatly.
3, data acquisition transmitting device 12 is positioned at car, facilitates the operation and controlling of personnel.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should described be as the criterion with the protection domain of claim.
Claims (10)
1. a vehicular electromagnetic radiation on-line monitoring system, is characterized in that, comprising: electromagnetic radiation monitoring instrument, data acquisition transmitting device and apparatus for controlling of lifting;
Described electromagnetic radiation monitoring instrument comprises monitor main frame and probe; Described probe, for detecting the electromagnetic wave signal of the space environment in region to be measured, and is sent to described monitor main frame by described electromagnetic wave signal; Described monitor main frame is electrically connected with described probe, for receiving described electromagnetic wave signal and processing described electromagnetic wave signal, obtains electromagnetic radiation data;
Described data acquisition transmitting device and described monitor main frame Fiber connection, for receiving described electromagnetic radiation data, and be sent to vehicle-mounted monitoring server and Surveillance center by described electromagnetic radiation data;
Described apparatus for controlling of lifting rises and landing for controlling described electromagnetic radiation monitoring instrument, to make described probe land, described probe in order to facilitate the normal traveling of monitoring car away from monitoring car roof metallic object and when monitoring in observation process.
2. vehicular electromagnetic radiation on-line monitoring system according to claim 1, it is characterized in that, described data acquisition transmitting device is built-in with wireless transport module, for receiving the remote transmission instruction that described data acquisition transmitting device sends, and according to described remote transmission instruction, the described electromagnetic radiation data that described data acquisition transmitting device receives is sent to described remote monitoring center by mobile network, wherein, described mobile network at least comprises: GPRS wireless communication networks, 3G wireless communication networks, 4G wireless communication networks, WiFi network and wired internet.
3. vehicular electromagnetic radiation on-line monitoring system according to claim 2, is characterized in that,
Described data acquisition transmitting device also for, the described electromagnetic radiation data received is sent to the vehicle-mounted monitoring server of monitoring car, so that the display screen of described vehicle-mounted monitoring server controls monitoring car shows this electromagnetic radiation data, checks with for user.
4. vehicular electromagnetic radiation on-line monitoring system according to claim 3, is characterized in that, also comprise global position system GPS module;
Described GPS module is electrically connected with described data acquisition transmitting device, for obtaining the geographical location information of described monitoring car, and described geographical location information is sent to described data acquisition transmitting device, so that described data acquisition transmitting device shows described geographical location information.
5. vehicular electromagnetic radiation on-line monitoring system according to claim 1, it is characterized in that, described apparatus for controlling of lifting comprises motor and support bar;
One end of described motor and described support bar is rotationally connected, and moves for driving described support bar;
The other end of described support bar connects described electromagnetic radiation monitoring instrument, rises and landing for driving described electromagnetic radiation monitoring instrument under the drive of described motor.
6. vehicular electromagnetic radiation on-line monitoring system according to claim 1, is characterized in that, also comprise Wireless transceiver equipment;
Described wireless transport module realizes telecommunication by described Wireless transceiver equipment and described remote monitoring center.
7. the vehicular electromagnetic radiation on-line monitoring system according to claim 1-6 any one, is characterized in that, also comprise operator's console;
Described electromagnetic radiation monitoring instrument, described data acquisition transmitting device, described apparatus for controlling of lifting, described GPS module and described antenna are installed on described operator's console;
Described operator's console scribbles absorbing material, for absorbing, electromagnetic wave incident in space in order to reduce electromagnetic reflection.
8. a vehicular electromagnetic radiation on-line monitoring system, is characterized in that, comprises the vehicular electromagnetic radiation on-line monitoring system as described in claim 1-7 any one and monitoring car;
The roof of described monitoring car scribbles absorbing material, for absorbing, electromagnetic wave incident in space in order to reduce electromagnetic reflection.
9. vehicular electromagnetic radiation on-line monitoring system according to claim 8, it is characterized in that, described monitoring car comprises vehicle-mounted monitoring server, display screen and power module;
The electromagnetic radiation data that described vehicle-mounted monitoring server sends for receiving data acquisition transmitting device, and generate idsplay order according to described electromagnetic radiation data, and described idsplay order is sent to described display screen;
Described display screen is electrically connected with described vehicle-mounted monitoring server, for receiving described idsplay order and showing described electromagnetic radiation data according to described idsplay order;
Described power module is electrically connected with data acquisition transmitting device, and with thinking that described data acquisition transmitting device is powered, described power module comprises: vehicle power and mobile generator.
10. the vehicular electromagnetic radiation on-line monitoring system according to Claim 8 described in-9 any one, is characterized in that,
Described operator's console and electromagnetic radiation monitoring instrument, apparatus for controlling of lifting, GPS module and the antenna be arranged on described operator's console are arranged on the roof of monitoring car respectively;
Described data acquisition transmitting device is placed in monitoring car.
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