CN202929040U - Water organic matter monitoring car and system - Google Patents
Water organic matter monitoring car and system Download PDFInfo
- Publication number
- CN202929040U CN202929040U CN 201220407681 CN201220407681U CN202929040U CN 202929040 U CN202929040 U CN 202929040U CN 201220407681 CN201220407681 CN 201220407681 CN 201220407681 U CN201220407681 U CN 201220407681U CN 202929040 U CN202929040 U CN 202929040U
- Authority
- CN
- China
- Prior art keywords
- water
- quality monitoring
- processor
- water quality
- organic compounds
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Sampling And Sample Adjustment (AREA)
Abstract
The utility model discloses a water organic matter monitoring car and system. The water organic matter monitoring car comprises a first processor, a water sample collector, a preprocessing system, a chromatographic analyzer and a second processor, wherein the first processor transmits a water sample collecting command to the water sample collector after receiving a water quality monitor signal, and obtains a preprocessed water sample after receiving a certain amount of a to-be-monitored water sample; then, an automatic injector inputs the sample into a preprocessor to obtain an organic matter sample separated from the water sample; the chromatographic analyzer is used for analyzing the organic matter sample to obtain the type and content information of various kinds of organic matters; and the second processor is used for displaying the type and content information, so that a worker can obtain the organic matter information in the water area. The chromatographic analyzer can accurately detect the type and content information of various kinds of organic matters in the water area, so that the water organic matter monitoring car provided by the utility model can improve the detection accuracy to meet the organic matter monitoring standard in China.
Description
Technical field
The utility model relates to the water quality monitoring field, particularly relates to a kind of water quality monitoring organic compounds car and system.
Background technology
In recent years, the water contamination accident that affects China's water quality safety occurs repeatedly, and the pollution of water environment, not only can affect the people's normal life and healthy, also can cause larger economic loss, therefore, need a kind of water quality monitoring system, be used for monitoring water quality and whether contain pollutant, to guarantee the safety of water quality.
Water quality monitoring system of the prior art has two kinds of forms of expression, and wherein a kind of is to be based upon water quality monitoring station on every side, waters, wherein disposes water quality monitoring equipment, to realize water quality monitoring.But the water quality monitoring station can only realize the monitoring of water quality on every side, if will realize the monitoring to extensive waters, must build a plurality of water quality monitorings stations, thereby need higher cost.Therefore, a kind of moving monitoring system arises at the historic moment.Described moving monitoring system comprises mobile vehicle, and internal configurations has multi-parameter monitoring device, when water quality is monitored, gather water sample by the staff from waters to be monitored, and rely on described multi-parameter monitoring device, realize the detection to water quality, and with testing result in order to chemical oxygen demand (COD) (chemical oxygen demand, COD) or total organic carbon (total organic carbon, TOC) expression.
but, the inventor finds in research process of the present utility model, the multi-parameter monitoring device that configures in moving monitoring system of the prior art, because testing result represents with COD or TOC form, therefore, the environmental monitoring personnel can only judge whether water quality is polluted according to this result, but can not know that the water quality after pollution specifically contains the organism of What kind do, precision is lower, can't satisfy the water environment quality standard GB3838-2002 of China's appointment, the monitoring requirements of the monitoring organic compounds index of stipulating in drinking water standard GB5749-2006 and sewage drainage standard GB8978-1996.
The utility model content
In view of this, the purpose of this utility model is to provide a kind of water quality monitoring organic compounds car, and with what exist in the solution prior art, when water quality was monitored, precision was lower, can not satisfy the problem of monitoring index, and specific embodiments is as follows:
A kind of water quality monitoring organic compounds car comprises car body, comprises in described car body:
After receiving the water quality monitoring operation, produce the first processor of water intaking instruction;
Be connected with described first processor, after receiving described water intaking instruction, carry out the water intaking operation to obtain water sample to be monitored, and produce liquid level information according to the water yield that collects, with described liquid level communication to first processor, so that described first processor according to described liquid level information, after knowing the water yield that collects preset capacity, produces the water sampler of water sample processing instruction;
Be connected with water sampler with described first processor, after receiving described water sample processing instruction, the water sample described to be monitored that receives from described water sampler is processed accordingly, so that the organism in described water sample to be monitored is separated with water, and the described organism that will get after separating is converted into gaseous state, and/or liquid, after finishing dealing with, produce and process ending message, and will process ending message and send to first processor, to be produced the preprocessing system of stratographic analysis instruction by described first processor;
Be connected with preprocessing system with described first processor, after receiving described stratographic analysis instruction, receive the organism of described preprocessing system transmission, described organism is carried out analyzing and processing, determining described organic kind and content, and produce the chromatograph of corresponding figure spectrum information;
Be connected with described chromatograph, receive and read described figure spectrum information, and according to described figure spectrum information, show the second processor of described organic kind and content.
Preferably, described water sampler comprises:
Be connected with described first processor, after receiving described water intaking instruction, gather the water pump of the water sample in waters to be monitored;
Be connected with described water pump, store the water-storing bottle of the water sample that described water pump collects;
Be arranged on described water-storing bottle, produce liquid level information, and with the liquid level sensor of described liquid level communication to described first processor.
Preferably, described water sample processing instruction comprises: pre-service instruction and separation command;
Described preprocessing system comprises:
After receiving described pre-service instruction, described water sample to be monitored is carried out all pretreaters of even filtration of sedimentation, ultrasound wave;
Be connected with described pretreater, obtain the water sample after the processing of described pretreater transmission, and after the water sample after obtaining described processing, produce the pre-service ending message, transfer to first processor, so that described first processor produces the automatic sampler of described separation command;
Be connected with described automatic sampler, after receiving described separation command, the water sample that will obtain from described automatic sampler is processed, so that organism is separated with water, and the described organism that will get after separating changes into liquid state, and/or after gaseous state, transfer to the sample pre-treatments instrument of corresponding described chromatograph.
Preferably, described first processor also comprises: sub-processor, described sub-processor produce monitored instruction after receiving policer operation;
Described water quality monitoring organic compounds car also comprises:
After receiving the monitored instruction of described sub-processor transmission, monitor the video monitoring equipment of each parts running status.
Preferably, described water quality monitoring organic compounds car also comprises:
Carry out geographical positioning action, and obtain and show the GPS positioning system of relevant geographical location information.
Accordingly, the invention also discloses a kind of water quality monitoring organic compounds system, comprising:
Water quality monitoring organic compounds car, described water quality monitoring organic compounds car comprises: first processor as above, water sampler, preprocessing system, chromatograph and the second processor, and described water quality monitoring organic compounds car also comprises data transmission module;
Be connected with described water quality monitoring organic compounds car, receive the telemanagement device of the water quality monitoring information of described water quality monitoring organic compounds car transmission, described telemanagement device comprises the display screen that shows described water quality monitoring information.
Preferably, described telemanagement device also comprises:
After receiving remote control operation, produce corresponding steering order, and described steering order is transferred to described water quality monitoring organic compounds car, so that described water quality monitoring organic compounds car in first processor receive described steering order after, produce the control module of corresponding water quality monitoring instruction, described water quality monitoring instruction comprises: water intaking instruction, water sample processing instruction, and/or stratographic analysis instruction.
Preferably, described telemanagement device also comprises:
Described water quality monitoring information according to receiving judges whether the organism that contains in water sample exceeds predefined standard limited value, and in the situation that exceeds the alarm modules of execution alert action.
Preferably,
Described water quality monitoring organic compounds car also comprises: the GPS positioning system;
Described telemanagement device also comprises:
According to geo-localisation information and the described water quality monitoring information that described GPS positioning system produces, analyze organic diffusion situation in the waters, and according to the diffusion situation information, carry out the warning module of corresponding early warning operation.
the water quality monitoring organic compounds car that the application provides, be provided with first processor, water sampler, preprocessing system, chromatograph and the second processor, described first processor carries out water quality monitoring at needs, after receiving staff's water quality monitoring operation, can produce the water intaking instruction, fetch water to control described water sampler, and after obtaining a certain amount of water sample to be monitored, processed by described preprocessing system, obtain organism and the water separated, so that described chromatograph is analyzed described organism, obtain described organic kind, and various organic content information, and shown by described the second processor, thereby make the staff obtain organism information in the waters.Wherein, the application of described chromatograph can detect various organic contamination information in the waters accurately, has improved accuracy of detection, thereby has satisfied the monitoring organic compounds standard that China formulates.
Especially, in observation process, produce by described first processor the process that instruction is controlled water intaking and analyzed, improved the automaticity in the water quality monitoring process, be conducive to save manpower, and reduce the error that manually-operated produces.
Description of drawings
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, the below will do to introduce simply to the accompanying drawing of required use in embodiment or description of the Prior Art, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the structural representation of the disclosed a kind of water quality monitoring organic compounds car of the utility model embodiment;
Fig. 2 is the structural representation of water sampler in the disclosed water quality monitoring organic compounds of the utility model embodiment car;
Fig. 3 is the structural representation of preprocessing system in the disclosed water quality monitoring organic compounds of the utility model embodiment car;
Fig. 4 is the structural representation of the disclosed a kind of water quality monitoring organic compounds of the utility model embodiment system;
Fig. 5 is the structural representation of the disclosed water quality monitoring organic compounds of the utility model embodiment system medium-long range manager.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is only the utility model part embodiment, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making the every other embodiment that obtains under the creative work prerequisite, all belong to the scope of the utility model protection.
The utility model discloses a kind of water quality monitoring organic compounds car, with what exist in the solution prior art, when water quality is analyzed, monitoring accuracy is not high, can't satisfy the problem of monitoring index, structural representation shown in Figure 1, described water quality monitoring organic compounds car comprises car body, comprise in described car body: first processor 11, water sampler 12, preprocessing system 13, chromatograph 14 and the second processor 15, wherein
Described first processor 11 after being used for receiving the water quality monitoring operation that the user carries out, produces the water intaking instruction;
Described water sampler 12, be connected with described first processor 11, be used for after the described water intaking instruction that receives described first processor 11 transmission, carry out the water intaking operation to obtain water sample to be monitored, and produce liquid level information according to the water yield that collects, to described first processor 11, described first processor 11 can be according to described liquid level information with described liquid level communication, know and produce the water sample processing instruction when water yield that collects reaches default capacity; In addition, described first processor 11 is according to described liquid level information, after knowing the water yield that collects preset capacity, can produce and stop the instruction of fetching water, and the described instruction that stops fetching water is sent to water sampler 12, so that described water sampler 12 stops gathering water sample, certainly, also can adopt manual type to close described water sampler;
described preprocessing system 13 is connected with water sampler 12 with described first processor 11, after the described water sample processing instruction that receives described first processor 11 transmission, the water sample described to be monitored that receives from described water sampler 12 is processed accordingly, so that the organism in described water sample to be monitored is separated with water, and described organism is converted into gaseous state, and/or liquid, and, after finishing dealing with, produce and process ending message, and will process ending message and send to first processor 11, to produce the stratographic analysis instruction by described first processor 11,
Described chromatograph 14 is connected with preprocessing system 13 with described first processor 11, be used for after the described stratographic analysis instruction that receives described first processor 11 transmission, receive the organism of described preprocessing system 13 transmission, described organism is carried out analyzing and processing, with definite described organic kind and content, and produce corresponding figure spectrum information;
wherein, described chromatograph 14 can have various ways, for example, gas chromatographicanalyzer and liquid chromatograph, described gas chromatographicanalyzer comprises: Purge ﹠ Trap Concentrator and SBSE stirring rod heat of adsorption resolver, described high performance liquid chromatograph comprises solid-phase extracting instrument, in the utility model, a chromatograph 14 can be set, also can configure simultaneously many identical or different chromatographs 14, and, when described chromatograph 14 is gas chromatographicanalyzer, described preprocessing system 13 can be converted into gaseous state with described organism, when being liquid chromatograph, described preprocessing system 13 can be converted into liquid state with described organism, in addition, if be equipped with simultaneously gas chromatographicanalyzer and liquid chromatograph, to increase accuracy of detection, a described organism part can be converted into gaseous state, a part is converted into liquid state, so that described chromatograph 14 is analyzed, to produce and described organic kind and the corresponding figure spectrum information of content,
Described the second processor 15 is connected with described chromatograph 14, is used for receiving the described figure spectrum information of described chromatograph 14 transmission, and according to described figure spectrum information, shows described organic kind and content.Described chromatograph 14 bases are to described organic analysis, can draw corresponding figure spectrum information, in prior art, need the staff to carry out manual analysis to obtain organic contamination information to described figure spectrum information, can expend the plenty of time, affect the efficient of water quality monitoring, and the utility model read described figure spectrum information by described the second processor, show described organic kind and content, have advantages of efficient, robotization.
Wherein, described first processor 11 and described the second processor 15 can be managed device for same place, can carry out different functions, also can be two processors independently, during concrete the application, can adopt vehicle-mounted vibration-resistant type industrial computer to serve as described first processor and the second processor.
above-mentioned disclosed water quality monitoring organic compounds car, after the water quality monitoring operation that receives the user, can produce corresponding water intaking instruction by first processor 11, make the water sampler 2 that receives described water intaking instruction gather water sample to be monitored, and, described preprocessing system 13 can carry out respective handling to described water sample to be monitored, organism in described water sample to be monitored is separated with water, and the organism that will obtain after separating is converted into liquid state, and/or gaseous state, being convenient to 14 pairs of described organism of chromatograph analyzes, to determine described organic kind and content, and produce corresponding figure spectrum information, the second processor 15 can read described figure spectrum information, and according to the reading result of described figure spectrum information, demonstrate described organic kind and content, so that the staff obtains water quality monitoring information.Wherein, described chromatograph is when the kind of analyzing organic substance and content, have higher precision, monitoring result can meet organic indicator monitorings all in water environment quality standard GB3838-2002, drinking water standard GB5749-2006 and sewage drainage standard GB8978-1996 fully.
Especially, water quality monitoring organic compounds car disclosed in the utility model, automaticity is high, and detection time is short, when having improved monitoring accuracy, has effectively reduced monitoring time, has improved monitoring efficient.
Simultaneously, in order to guarantee the normal operation of water quality monitoring organic compounds car, vehicle-mounted power-supply unit is installed also in car body, as the single-phase/three-phase alternator, voltage stabilizer, AC inverter etc. are for water quality monitoring organic compounds car provides power supply; Sufficient illumination is provided when moving for monitoring car, also is equipped with the light fixture that comprises floodlight, high-rod lighting lamp, flashing light, room light etc., under different scenes, can be by the suitable light fixture of manual operation; In addition, can also configure small-sized mobile laboratory in described car body, comprise the instrument and equipment of testing table and solvent configuration etc., so that the staff carries out simple experimental implementation.
In addition, structural representation shown in Figure 2, described water sampler 12 comprises: water pump 121, water-storing bottle 122 and liquid level sensor 123, wherein,
Described water pump 121 is connected with described first processor 11, is used for gathering the water sample in waters to be monitored after receiving the water intaking instruction;
Described water-storing bottle 122 is connected with described water pump 121, is used for storing the water sample that described water pump 121 collects;
Described liquid level sensor 123 is arranged on described water-storing bottle 122, for generation of liquid level information, and with described liquid level communication to described first processor 11.
Above-mentioned disclosed water sampler 12, after receiving the water intaking instruction, just can gather water sample to be monitored by water pump 121, and the water sample that collects is stored in described water-storing bottle 122, simultaneously, described liquid level sensor 123 produces liquid level information, whether collects enough water samples to be known according to described liquid level information by described first processor 11.
Structural representation shown in Figure 3, described preprocessing system 13 comprises: pretreater 131, automatic sampler 132 and sample pre-treatments instrument 133, wherein, described water sample processing instruction comprises: pre-service instruction and separation command,
Described pretreater 131, be used for after the described pre-service instruction that receives described first processor 11 transmission, described water sample to be monitored is carried out all even filtrations of sedimentation, ultrasound wave, wherein automatic sedimentation, ultrasound wave homogenising and filter and be all for the turbidity that reduces water sample and reduce suspended particle in water sample, the guarantee stream is unobstructed, the convenient detection, the lowering apparatus failure rate, said the processing of above-mentioned steps, can effectively reduce the solid impurity in described water sample to be monitored, be convenient to follow-up processing;
Described automatic sampler 132, be connected with described pretreater 131, for the water sample after the processing of obtaining described pretreater 131 transmission, and after the water sample after obtaining described processing, produce the pre-service ending message, transfer to first processor, so that described first processor produces described separation command, simultaneously, the water sample after the processing that gets can be transferred in described sample pre-treatments instrument 133;
Described sample pre-treatments instrument 133 is connected with described automatic sampler 132, be used for after receiving described separation command, the water sample that will obtain from described automatic sampler 132 is processed, so that the organism in described water sample is separated with water, and described organism is changed into liquid state, and/or after gaseous state, transfer to corresponding described chromatograph 14.
Above-mentioned disclosed preprocessing system 13 carries out early stage with the water sample to be monitored that gets and processes, and to get the organism in water sample to be monitored, is convenient to follow-up chromatograph 4 and analyzes.
In addition, described first processor 11 also comprises: sub-processor, described sub-processor are used for producing monitored instruction after receiving the policer operation that the user sends;
In this case, described water quality monitoring organic compounds car also comprises: video monitoring equipment, described video monitoring equipment is used for after the monitored instruction that receives described sub-processor transmission, monitor all parts on described water quality monitoring organic compounds car, as first processor 11, water sampler 12, preprocessing system 13, chromatograph 14, and/or the running status of the second processor 15, so that the staff is by described video monitoring equipment, know when certain above-mentioned parts running status is undesired, can be overhauled by the staff.
Described video monitoring equipment can be carried out corresponding policer operation after receiving monitored instruction, in addition, also can adopt the mode of manual control, starts described video monitoring equipment.
In addition, also comprise in described water quality monitoring organic compounds car: GPS (GPS, Global Positioning System), described GPS positioning system is used for utilizing the GPS position location satellite, carry out geographical positioning action, and obtain, show relevant geographical location information.
Accordingly, structural representation shown in Figure 4 the invention also discloses a kind of water quality monitoring organic compounds system, and described water quality monitoring organic compounds system comprises: water quality monitoring organic compounds car 1 and telemanagement device 2, wherein,
Described water quality monitoring organic compounds car 1 comprises: first processor 11, water sampler 12, preprocessing system 13, chromatograph 14 and the second processor 15, and described water quality monitoring organic compounds car also comprises data transmission module 16, is used for realizing data transmission with described telemanagement device 2;
In addition, can also comprise the equipment such as video monitoring equipment, GPS positioning system in described water quality monitoring organic compounds car 1;
The structural representation of telemanagement device shown in Figure 5, described telemanagement device 2 is connected with described water quality monitoring organic compounds car 1, be used for receiving the water quality monitoring information that described water quality monitoring organic compounds car 1 sends, described telemanagement device 2 comprises display screen 21, be used for showing that described water quality monitoring information, described water quality monitoring information comprise organic kind and the content information that contains in water sample to be monitored.
Described water quality monitoring organic compounds car 1 is realized powerful network communicating function by described data transmission module 16, thereby can with the water quality monitoring communication to described telemanagement device 2, be convenient to long-range staff and in time grasp water quality monitoring information.In addition, in described water quality monitoring organic compounds car 1, when being provided with the GPS positioning system, can also be by described data transmission port 16, described geo-localisation information is transferred in described telemanagement device 2, so that the staff knows the geographic position in the waters of monitoring.By described GPS positioning system, energy real time location tracking moving vehicle, playback moving vehicle running orbit is estimated each dry point water quality situation real-time analysis, prediction water pollution variation tendency.
Wherein, between described water quality monitoring organic compounds car 1 and described telemanagement device 2, the communication protocol of the general TCP/IP of employing realizes communicating by letter, and support the multiple communication modes such as GPRS/CDMA/3G/VPN, thereby the water quality monitoring information real-time Transmission that the monitoring waters can be located is to remote management platform.
In addition, described telemanagement device 2 also comprises: control module 22, after described control module 22 is used for receiving remote control operation, produce corresponding steering order, and described steering order is transferred to described water quality monitoring organic compounds car 1, so that after the first processor 11 in described water quality monitoring organic compounds car 1 receives described steering order, produce corresponding water quality monitoring instruction, wherein said water quality monitoring instruction comprises: water intaking instruction, water sample processing instruction, and/or stratographic analysis instruction.
According to described control module 22, can make long-range environmental monitoring personnel control water quality monitoring car 1 and carry out corresponding operation, be convenient to Long-distance Control.
For in the situation that the organism in the waters being detected has exceeded national standard, can in time remind the staff to note by alarm, also comprise in described telemanagement device 2: alarm modules 23, described alarm modules 23 is used for according to the described water quality monitoring information that receives, judge whether the organism that contains in water sample exceeds predefined standard limited value, and in the situation that exceed the execution alert action.Concrete alert action can be realized in a variety of forms, for example, the form of sending buzz with hummer realizes alert action, and perhaps, described alarm module 23 data that will exceed standard are carried out format conversion, it is shown with the form that special color or screen dodge on described display screen 21, be convenient to the staff and know that in time the organism that contains in water sample exceeds standard, certainly, also can adopt other modes to realize alert action, its specific implementation, this programme are not done restriction.Wherein said predefined standard limited value can according to different monitoring needs, be arranged according to different standards by the environmental monitoring personnel.
In addition, when described water quality monitoring organic compounds car comprises the GPS positioning system, described telemanagement device also comprises: warning module 24, described warning module 24 is used for geo-localisation information and the described water quality monitoring information according to described GPS positioning system generation, analyze organic diffusion situation in the waters, and according to the diffusion situation information, carry out corresponding early warning operation.In described warning module 24, set up the organism diffusion model, and be provided with the GIS Geographic Information System, rely on described geo-localisation information to realize described water quality monitoring organic compounds car, and the location firm basis of other emergency vehicles, and by described geo-localisation information and described water quality monitoring information, the organic diffusion situation of comprehensive analysis is conducive to meet an urgent need, predict early warning.
Wherein, described early warning operation has various ways, for example, and after knowing a period of time according to described geo-localisation information and described water quality monitoring information, close on the waters water pollution will occur, the form of diffusion situation information with special character can be presented on described display screen 21; Perhaps, also can send the note that contains described diffusion situation information to preset number, default mailbox or default office system, so that the staff learns that in time closing on the waters will pollute, to take corresponding emergency measure.Certainly, can also adopt other mode to realize the early warning operation, this programme is not done restriction.
Above-mentioned disclosed water quality monitoring organic compounds system, by the organism situation in water quality monitoring organic compounds car monitoring waters, comprise in water sample to be monitored to obtain, the water quality monitoring information of the organism kinds that contains and content, and with described water quality monitoring communication to the telemanagement device, show by described telemanagement device, be convenient to the remote worker and know described water quality monitoring information.In addition, the control module that arranges in described telemanagement device is convenient to the environmental monitoring personnel and is carried out remote monitoring, alarm modules and warning module, can in the water sample of monitoring, when the organism that contains exceeds the standard limited value of the provisions of the relevant regulations issued by the State, carry out corresponding alert action; And can according to organic diffusion situation information in the waters, carry out corresponding early warning operation, so that the staff in time takes corresponding emergency operation.
Accordingly, the invention also discloses a kind of water quality monitoring organic compounds method, specifically comprise the following steps:
Step S1, receive water quality monitoring operation after, produce the water intaking instruction;
Step S2, after receiving described water intaking instruction, carry out the water intaking operation to obtain water sample to be monitored, and produce liquid level information according to the water yield that collects, with described liquid level communication to first processor, so that described first processor is according to described liquid level information, after knowing the water yield that collects preset capacity, produce the water sample processing instruction;
Step S3, receive described water sample processing instruction after, the water sample described to be monitored that receives from described water sampler is processed accordingly, so that the organism in described water sample to be monitored is separated with water, and the described organism that will get after separating is converted into gaseous state, and/or liquid, after finishing dealing with, produce and process ending message, and will process ending message and send to first processor, to produce the stratographic analysis instruction by described first processor;
Step S4, after receiving described stratographic analysis instruction, receive the organism of described preprocessing system transmission, described organism is carried out analyzing and processing, determining described organic kind and content, and produce corresponding figure spectrum information;
Step S5, read described figure spectrum information, and according to described figure spectrum information, show described organic kind and content.
by above-mentioned disclosed water quality monitoring organic compounds method, can be after the water quality monitoring operation that receives the user, produce corresponding water intaking instruction, and gather water sample to be monitored and carry out respective handling, organism in described water sample to be monitored is separated with water, and the organism that will obtain after separating is converted into liquid state, and/or after gaseous state, described organism is analyzed, to determine described organic kind and content, and produce corresponding figure spectrum information, reading result according to described figure spectrum information, demonstrate described organic kind and content, so that the staff obtains water quality monitoring information.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the utility model.Multiple modification to these embodiment will be apparent concerning those skilled in the art, and General Principle as defined herein can be in the situation that do not break away from spirit or scope of the present utility model, realization in other embodiments.Therefore, the utility model will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (9)
1. a water quality monitoring organic compounds car, comprise car body, it is characterized in that, comprises in described car body:
After receiving the water quality monitoring operation, produce the first processor of water intaking instruction;
Be connected with described first processor, after receiving described water intaking instruction, carry out the water intaking operation to obtain water sample to be monitored, and produce liquid level information according to the water yield that collects, with described liquid level communication to first processor, so that described first processor according to described liquid level information, after knowing the water yield that collects preset capacity, produces the water sampler of water sample processing instruction;
Be connected with water sampler with described first processor, after receiving described water sample processing instruction, the water sample described to be monitored that receives from described water sampler is processed accordingly, so that the organism in described water sample to be monitored is separated with water, and the described organism that will get after separating is converted into gaseous state, and/or liquid, after finishing dealing with, produce and process ending message, and will process ending message and send to first processor, to be produced the preprocessing system of stratographic analysis instruction by described first processor;
Be connected with preprocessing system with described first processor, after receiving described stratographic analysis instruction, receive the organism of described preprocessing system transmission, described organism is carried out analyzing and processing, determining described organic kind and content, and produce the chromatograph of corresponding figure spectrum information;
Be connected with described chromatograph, receive and read described figure spectrum information, and according to described figure spectrum information, show the second processor of described organic kind and content.
2. water quality monitoring organic compounds car according to claim 1, is characterized in that, described water sampler comprises:
Be connected with described first processor, after receiving described water intaking instruction, gather the water pump of the water sample in waters to be monitored;
Be connected with described water pump, store the water-storing bottle of the water sample that described water pump collects;
Be arranged on described water-storing bottle, produce liquid level information, and with the liquid level sensor of described liquid level communication to described first processor.
3. water quality monitoring organic compounds car according to claim 1, is characterized in that,
Described water sample processing instruction comprises: pre-service instruction and separation command;
Described preprocessing system comprises:
After receiving described pre-service instruction, described water sample to be monitored is carried out all pretreaters of even filtration of sedimentation, ultrasound wave;
Be connected with described pretreater, obtain the water sample after the processing of described pretreater transmission, and after the water sample after obtaining described processing, produce the pre-service ending message, transfer to first processor, so that described first processor produces the automatic sampler of described separation command;
Be connected with described automatic sampler, after receiving described separation command, the water sample that will obtain from described automatic sampler is processed, so that organism is separated with water, and the described organism that will get after separating changes into liquid state, and/or after gaseous state, transfer to the sample pre-treatments instrument of corresponding described chromatograph.
4. water quality monitoring organic compounds car according to claim 1, is characterized in that,
Described first processor also comprises: sub-processor, described sub-processor produce monitored instruction after receiving policer operation;
Described water quality monitoring organic compounds car also comprises:
After receiving the monitored instruction of described sub-processor transmission, monitor the video monitoring equipment of each parts running status.
5. water quality monitoring organic compounds car according to claim 1, is characterized in that, described water quality monitoring organic compounds car also comprises:
Carry out geographical positioning action, and obtain and show the GPS positioning system of relevant geographical location information.
6. a water quality monitoring organic compounds system, is characterized in that, comprising:
To the described water quality monitoring organic compounds of claim 4 any one car, and described water quality monitoring organic compounds car also comprises data transmission module as claim 1;
Be connected with described water quality monitoring organic compounds car, receive the telemanagement device of the water quality monitoring information of described water quality monitoring organic compounds car transmission, described telemanagement device comprises the display screen that shows described water quality monitoring information.
7. system according to claim 6, is characterized in that, described telemanagement device also comprises:
After receiving remote control operation, produce corresponding steering order, and described steering order is transferred to described water quality monitoring organic compounds car, so that described water quality monitoring organic compounds car in first processor receive described steering order after, produce the control module of corresponding water quality monitoring instruction, described water quality monitoring instruction comprises: water intaking instruction, water sample processing instruction, and/or stratographic analysis instruction.
8. system according to claim 6, is characterized in that, described telemanagement device also comprises:
Described water quality monitoring information according to receiving judges whether the organism that contains in water sample exceeds predefined standard limited value, and in the situation that exceeds the alarm modules of execution alert action.
9. system according to claim 6, is characterized in that,
Described water quality monitoring organic compounds car also comprises the GPS positioning system;
Described telemanagement device also comprises:
According to geo-localisation information and the described water quality monitoring information that described GPS positioning system produces, analyze organic diffusion situation in the waters, and according to the diffusion situation information, carry out the warning module of corresponding early warning operation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220407681 CN202929040U (en) | 2012-08-16 | 2012-08-16 | Water organic matter monitoring car and system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220407681 CN202929040U (en) | 2012-08-16 | 2012-08-16 | Water organic matter monitoring car and system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202929040U true CN202929040U (en) | 2013-05-08 |
Family
ID=48218989
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220407681 Expired - Lifetime CN202929040U (en) | 2012-08-16 | 2012-08-16 | Water organic matter monitoring car and system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202929040U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106950344A (en) * | 2017-03-24 | 2017-07-14 | 深圳市朗诚科技股份有限公司 | A kind of water quality monitoring method and system |
| CN114062622A (en) * | 2020-07-31 | 2022-02-18 | 力合科技（湖南）股份有限公司 | Sampling effectiveness monitoring method and intelligent sampling bottle |
-
2012
- 2012-08-16 CN CN 201220407681 patent/CN202929040U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106950344A (en) * | 2017-03-24 | 2017-07-14 | 深圳市朗诚科技股份有限公司 | A kind of water quality monitoring method and system |
| CN114062622A (en) * | 2020-07-31 | 2022-02-18 | 力合科技（湖南）股份有限公司 | Sampling effectiveness monitoring method and intelligent sampling bottle |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101620214B (en) | Movable water quality automatic emergent monitoring system | |
| CN102778576A (en) | Water-quality organic-matter monitoring car, system and method | |
| CN104502534A (en) | Portable car-mounted atmospheric environment real-time monitoring device | |
| CN204631024U (en) | A kind of portable real-time water quality monitor | |
| CN101430313A (en) | Water quality monitoring system based on global positioning system and universal grouping wireless service | |
| CN105158296A (en) | Intelligent water quality monitoring system | |
| CN102616168A (en) | Movable type air monitoring car | |
| CN201555842U (en) | Movable automatic emergency monitoring system for water quality | |
| CN104062325A (en) | Heavy metal industrial wastewater exceeding emission prejudging and sample reserving system | |
| CN105044370A (en) | Unattended heavy metal sewage monitoring device | |
| CN204044098U (en) | A kind of heavy metal industrial effluent discharge beyond standards anticipation and sample-leaving system | |
| CN202593343U (en) | Mobile air monitoring vehicle | |
| CN104880542A (en) | Real-time water pollution condition and pollutant concentration detecting device and method | |
| CN113109344A (en) | Novel real-time efficient water quality monitoring system based on internet of things | |
| CN105277530A (en) | Flow injection microscope raman spectrum device for water pollutant detection and detection method | |
| CN202929040U (en) | Water organic matter monitoring car and system | |
| CN113091820A (en) | Three-dimensional environment monitoring system | |
| CN116448988A (en) | Industrial park soil pollution monitoring system and method | |
| CN209858539U (en) | Ambient air, peculiar smell stench class and VOC gas monitoring system | |
| CN215449227U (en) | Wisdom water utilities monitoring system | |
| CN210953808U (en) | Tail gas detection device and unit applied to oil gas recovery processing system | |
| CN111487426A (en) | Collection and dispersion pollution source monitoring system based on Internet of things | |
| CN204142705U (en) | Online environment monitoring system | |
| CN108828178B (en) | Water quality inspection equipment | |
| CN209481383U (en) | Monitoring water quality on line liquid waste treatment system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130508 |