CN206114529U - Biotoxicity detecting system based on big data technology - Google Patents
Biotoxicity detecting system based on big data technology Download PDFInfo
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Abstract
The utility model relates to a biotoxicity detecting system based on big data technology, including many biotoxicity detectors, big data platform and control display terminal, the communication connection between two liang of biotoxicity detector, big data platform and control display terminal, the biotoxicity detector detects quality of water biotoxicity, forms to detect data and right detect data and carry out analysis processes formation result, simultaneously will the result transmits to big data platform, the database is compared with the result integration formation toxicity of each biotoxicity detector to big data platform, and will the data sharing that toxicity was compared in the database arrives in every biotoxicity detector, control display terminal is from biotoxicity detector receiving process result or through big data platform receiving process result, and the remote monitoring is carried out to the toxicity detection appearance to the simultaneous display result. The utility model discloses quality of water biotoxicity detection efficiency has greatly been improved.
Description
【Technical field】
This utility model is related to Internet of Things application technology, is related specifically to a kind of bio-toxicity based on big data technology
Detecting system.
【Background technology】
After the eighties in 20th century, water environment pollution situation even more complex, the contamination accident frequency that heavy metal, organic poison cause
Numerous generation, these situations are caused both at home and abroad to water quality ecological, the great attention of biological safety.Due to the dirt contained in water body
Dye material varies, and physical and chemical index only reflects wherein little content of a part of polluter in water body, it is impossible to all
The pollution situation of polluter makes overall merit, and the physico-chemical analysis means such as the judgement of toxic contaminants material and concentration analysis are not
Can solve the problems, such as that water quality safety is evaluated.Water quality biological toxicity detection is by judging that specific aquatile is (as thin in lighted
Bacterium, algae, flea class, Fish etc.) biological activity detecting water quality condition, when aquatile meets with toxic contaminants material or water
Matter can independently change its behavior (such as escape, activeness decline, or even death etc.) when deteriorating, therefore by aquatile activity
Detected and can be effectively realized the early warning to degree of water pollution with reference to physico-chemical analysis means.
China's water quality biological toxicity detection technology is fast-developing, and automatic early-warning detecting system is widely applied, water
Matter bio-toxicity detecting instrument generally selects conventional five parameters (i.e. temperature, pH value, turbidity, oxygen content, electrical conductivity), ammonia nitrogen, height
The physical and chemical indexs such as mangaic acid salt index, phenols, total organic carbon, total nitrogen, total phosphorus.At present water quality biological toxicity detection instrument in theory may be used
More than 5000 kinds of toxic contaminants material is responded, but because the technology of manufacturer is limited in real process, separate unit instrument can only be right
A limited number of ten kinds of toxic contaminants materials have separate between the response relation of determination, and each instrument cannot remotely be managed
Reason, the related data of the toxic contaminants material of separate unit instrument response can not carry out real-time update and share, and cause detection not comprehensive
With the great wasting of resources, therefore the timely quick renewal of associated processing outcomes in water quality biological toxicity detection instrument how is realized
It is that those skilled in the art are urgently to be resolved hurrily to share and can carry out remote monitoring to biological toxicity detector device to improve detection efficiency
Problem.
【Utility model content】
To overcome the existing timely quick renewal for being difficult to result in water quality automatic detection instrument shared and can not
Remote monitoring is carried out to biological toxicity detector device to improve the technical barrier of detection efficiency, this utility model is provided based on big
The bio-toxicity detecting system of data technique.
This utility model solves the scheme of technical problem and is to provide a kind of bio-toxicity detection system based on big data technology
System, including multiple stage bio-toxicity detector, big data platform and monitoring display terminal, the bio-toxicity detector, big data
Platform and monitoring display terminal communicate between any two connection, and the bio-toxicity detector detects water quality biological toxicity, forms inspection
Survey data and process is analyzed to the detection data and form result, while the result is transferred to described big
The result of each bio-toxicity detector is integrally formed toxicity comparison data by data platform, the big data platform
Storehouse, and by the data sharing in the toxicity comparison data storehouse to every bio-toxicity detector；The monitoring display terminal
From bio-toxicity detector reception processing result or Jing big data platform reception processing results, while display processing result and to poison
Property detector carries out remote monitoring.
Preferably, the bio-toxicity detector includes central processing unit and memory element, and the central processing unit is ARM
Processor, runs (SuSE) Linux OS on the arm processor, the memory element is used to store the detection data and poison
Property comparison data storehouse in data, central processing unit control bio-toxicity detector is by the data in toxicity comparison data storehouse
In sharing to memory element.
Preferably, the bio-toxicity detector by detect photobacteria mixed liquor in photobacteria luminous intensity come
Detection water quality biological toxicity, the bio-toxicity detector further includes detector unit, and the central processing unit is single with detection
Unit is electrically connected with, and the central processing unit controls the luminous strong of photobacteria in the detector unit detection photobacteria mixed liquor
Spend so as to forming detection data and storing detection data in the memory unit.
Preferably, the standard predetermined threshold value of luminous intensity, the bio-toxicity detector are provided with the memory element
Also include prewarning unit, the prewarning unit is electrically connected with the central processing unit, and the prewarning unit includes speaker and LED
Lamp, compares the detection data with standard predetermined threshold value under central processing unit control, when the detection data exceedes institute
When stating standard predetermined threshold value, central processing unit controls the prewarning unit and reports to the police, and makes the speaker sound the alarm and makes institute
State LED Chang Liang.
Preferably, the bio-toxicity detector also includes analysis and processing unit, the analysis and processing unit and centre
Reason device is electrically connected with, and analysis and processing unit described in central processing unit controls transfers the detection data in memory element and to described
Detection data is patterned process, obtains the result, and the result is stored in the memory unit.
Preferably, the graphical treatment of the analysis and processing unit obtains luminous suppression ratio, and root according to detection data
It is inhibited curve according to luminous suppression ratio, the suppression curve is the result.
Preferably, the bio-toxicity detector also includes comparing unit, and the comparing unit is electrical with central processing unit
It is connected, it is single to comparing that the central processing unit transfers result and the data in toxicity comparison data storehouse from memory element
Data in result and the toxicity comparison data storehouse are fitted and are compared by unit, the comparing unit, so as to judge have
The species of malicious polluter.
Preferably, the bio-toxicity detector also includes transmission unit, and the transmission unit is electrical with central processing unit
Connection, the transmission unit is connected with the big data platform and monitoring display terminal called, the bio-toxicity detector Jing
Transmission unit transmits the result in memory element to big data platform or monitoring display terminal, the bio-toxicity detection
Instrument Jing transmission units receive the monitoring information of monitoring display terminal.
Preferably, the monitoring display terminal includes server, the server and the multiple stage bio-toxicity detector
Communication connection.
Preferably, the monitoring display terminal also includes monitoring unit and display unit, the monitoring unit and display list
Unit is electrically connected with server, and the monitoring unit can carry out remote monitoring to biological toxicity detector, and the display unit is used
In the display result.
Compared with prior art, this utility model is had following beneficial based on the bio-toxicity detecting system of big data technology
Effect：
1. every bio-toxicity detector can have response to more than 5000 kinds of toxic contaminants materials in theory, but each in practice
Individual producer is because technical strength is limited, and often instrument can only have the response relation of determination to a limited number of ten kinds of toxicity, single
It is separate between platform instrument, cause the significant wastage of resource, this utility model by big data platform by the biological poison of multiple stage
The result of property detector is integrated, and obtains newest most comprehensive toxicity comparison data storehouse, and by the toxicity comparison data
Data in storehouse update share in bio-toxicity detector at any time, and the detection range for making bio-toxicity detector is more comprehensively arrived
Position, if bio-toxicity detector has response to a kind of uncertain new toxic contaminants material, bio-toxicity detector can be by
The result that the toxic contaminants material is formed is added in the data in toxicity comparison data storehouse, used as next result
Comparing template, so as to greatly improve work efficiency.Monitoring display terminal carries out leading in real time more with bio-toxicity detector
Track data is communicated, not only can real time inspection live biometric toxicity detector result, field condition is grasped at any time, can be with
Real-time remote monitoring is carried out to the whole detection process of live biometric toxicity detector, work efficiency is greatly enhanced.
2. the central processing unit of bio-toxicity detector adopts arm processor, and Linux operations system is run on arm processor
System, the memory element of bio-toxicity detector is used to store the data in the toxicity comparison data storehouse, arm processor control poison
Property comparison data storehouse in data automatically update, when the data in toxicity comparison data storehouse being carried out with data updating, biological poison
Property the whole machine of detector without shut down work the data in toxicity comparison data storehouse can be updated, it is ensured that bio-toxicity detect
Instrument real-time network is online, improves work efficiency.
3. bio-toxicity detector detects water by the luminous intensity of the photobacteria in detection photobacteria mixed liquor
Matter bio-toxicity, luminous intensity forms the result.To detect the luminous intensity of photobacteria as judging in water body
Water quality biological toxicity basis for estimation, detection mode is efficient and convenient, and detection can be repeated several times, and can detect containing the same of variable concentrations
The water body of toxic contaminants material to the impact of the luminous intensity of photobacteria, by detector unit detection data is obtained respectively, is analyzed
Processing unit calculates luminous suppression ratio based on the luminous intensity in Monitoring Data, and by the corresponding luminous suppression of multiple luminous intensities
Rate processed is depicted as patterned suppression curve, and suppression curve is simple and clear, is easy to fitting to compare.By known toxic contaminants material
Suppression curve form toxicity comparison data storehouse together in big data Platform integration, the data in the toxicity comparison data storehouse lead to
Cross transport module to be transferred in bio-toxicity detector and deposit in the memory unit, comparing module can at any time call the toxicity ratio
Contrast is fitted to the data in data base and result, so as to quickly investigate and confirm toxic contaminants material.
4. required according to the difference of bio-toxicity detector location, the distance of transmission range, and transfer rate,
Transport module adopts different transmission means, and the area flourishing for network, thing toxicity detector is directly accessed the Internet, to place
Bio-toxicity detector in remote districts can pass through to access local LAN, then the total gateway and the Internet for passing through LAN
Connection, Zigbee networking technologys be it is a kind of closely, low complex degree, low-power consumption, low rate, low cost bidirectional wireless communication skill
Art, has the advantages that low cost, short time-delay, high power capacity.LAN all without area, bio-toxicity detector can pass through interior
The cellular network put such as 2G, 3G, 4G technology carries out the transmission of result, and by some expansion interface such as USB interface, Type
C interface etc. updates the data in the newest toxicity comparison data storehouse of processing module in bio-toxicity detector.Transport module
The variation of transmission means meets the transmission requirement of bio-toxicity detector in the case of different regions, is suitable for this utility model
In more waters, detection range of the present utility model has been widened.
【Description of the drawings】
Fig. 1 is the principle framework schematic diagram based on the bio-toxicity detecting system of big data technology.
Fig. 2 is the principle framework schematic diagram of bio-toxicity detector.
Fig. 3 is NH4 +Suppression curve schematic diagram.
Fig. 4 is PO4 3-Suppression curve schematic diagram.
【Specific embodiment】
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to this utility model.It should be appreciated that specific embodiment described herein is only to solve
This utility model is released, is not used to limit this utility model.
Fig. 1 is referred to, this utility model provides a kind of bio-toxicity detecting system 1 based on big data technology, including many
Platform bio-toxicity detector 10, big data platform 20 and monitoring display terminal 30.Bio-toxicity detector 10, big data platform 20
Connection is communicated between any two with monitoring display terminal 30.Bio-toxicity detector 10 can be distributed in each different region, right
Water quality in zones of different detected, specifically, the toxic pollutant confrontation aquatic biota that it can be in real-time detection water body
The comprehensive toxicity (hereinafter referred to as water quality biological toxicity) of body is analyzed process to detection data then so as to generate detection data
Result is formed, and result per treatment is transmitted to big data platform 20 and monitoring display terminal 30, big data platform 20
Receive each result and carry out being integrally formed newest toxicity comparison data storehouse, will be newest for bio-toxicity detector 10
Toxicity comparison data storehouse in data download share in every bio-toxicity detector.Monitoring display terminal 30 receives biology
The result of the detection data of toxicity detector 10, also can download the data in toxicity comparison data storehouse from big data platform 20
Result.Meanwhile, monitoring display terminal 30 can carry out showing in real time and simultaneously to the result of biological toxicity detector 10
Remote monitoring is carried out to biological toxicity detector 10.Specifically, user can by monitoring display terminal 30 can to it is any when
The detection data analysis result for carving any one acquisition of bio-toxicity detector 10 is had access to, to understand biology poison in real time
Property detector 10 detect the water quality biological toxicity change in waters, be easy to detect biological toxicity detector 10 water area water-quality life
Whether thing toxicity changes quickly investigate and confirm, counter-measure is taken in time.If staff is in monitoring display terminal 10
It was found that a certain bio-toxicity detector 10 in some area is reported to the police, staff can in time have access to the alarm signal
Breath, and false alarm detection instruction is sent to bio-toxicity detector 10 by monitoring display terminal 30, the generation of false alarm is prevented,
When it is non-false alarm to confirm to report to the police, staff can in time take corresponding measure to bio-toxicity detector 10.If work people
Member is subject to different regions simultaneously in monitoring display terminal 30, the abnormality alarm of different bio-toxicity detector 10, staff
The result of the bio-toxicity detector 10 of different regions can simultaneously be had access to carries out Comprehensive Comparison, correct to make
Judge and make corresponding counter-measure.
Further, bio-toxicity detector 10 can be by the newest toxicity comparison data storehouse in big data platform 20
Data transfer, as the comparison data of the hereafter detection process of bio-toxicity detector 10, is easy to in bio-toxicity detector 10
Toxic contaminants material in the live water body of biological toxicity detector 10 is quickly investigated and confirmed, takes reply to arrange in time
Apply.
Every bio-toxicity detector 10 is connected by communication with big data platform 20 and monitoring display terminal 30, at realization
The transmission of reason result and monitoring information, the result that bio-toxicity detector 10 is formed is transmitted by bio-toxicity detector 10
The signal produced to during big data platform 20 or monitoring display terminal 30 is referred to as upward signal, by monitoring information by monitoring
Display terminal 30 is transferred to bio-toxicity detector 10 or by the data in the toxicity comparison data storehouse in big data platform 20
The signal produced during bio-toxicity detector 10 is transferred to by big data platform 20 and is referred to as downstream signal, upward signal is with
Row signal transmission direction is contrary and does not interfere with each other in transmitting procedure, referred to as transmitted in both directions.Every bio-toxicity detector 10 with
Data transfer mode between big data platform 20 and monitoring display terminal 30 is transmitted in both directions so that by monitoring display end
End 30 is capable of achieving without examining on the spot the water quality situation that also can in real time understand and monitor locality to field.Specifically, can adopt
Code division multiplexing technology, frequency multiplexing technique or time-division multiplex technology realize the transmitted in both directions of upward signal and downstream signal, frequency division
Multiplex technique is realized not disturbing transmission between signal by the way that upward signal and downstream signal are placed in different transmission bands；Time-division
Upward signal and downstream signal are placed on same transmission band transmission by multiplex technique, but using the different transmission periods, in realization
Row signal and downstream signal staggeredly do not disturb transmission on different periods.
At present water quality biological detection method of toxicity has various, such as toxicity in fish detection method, algae toxicity detection method, flea class poison
Property detection method and Mixed bacteria method etc..Mixed bacteria method is usually used photobacteria as toxicity detection pair
As its principle is as follows：Photobacteria can send under normal operation the light of certain wavelength, and the toxic contaminants material in water body can press down
The luminous intensity of photobacteria processed, the change of the luminous intensity by detecting photobacteria, so that it is determined that the contaminated journey of water body
Degree.The luminous intensity that photobacteria is characterized with luminous suppression ratio is subject to the inhibition level of toxic contaminants material.This utility model
By taking Mixed bacteria method as an example and combine physico-chemical analysis means, illustrate detection during water quality biological toxicity detection,
The processes such as the data renewal in storage, early warning, transmission, analyzing and processing and toxicity comparison data storehouse.
Fig. 2 is seen also, bio-toxicity detector 10 of the present utility model includes central processing unit 101 and and centre
Detection list 102 that reason device 101 is electrical connected, memory element 103, prewarning unit 104, analysis and processing unit 105, check unit
106th, comparing unit 107 and transmission unit 108, the control of central processing unit 101 each unit realizes corresponding function.In the present embodiment
In, central processing unit 101 is arm processor, (SuSE) Linux OS is run on arm processor, in (SuSE) Linux OS control
The data in toxicity comparison data storehouse, the control bio-toxicity detector of central processing unit 101 are stored in memory element 103 under system
10 download the data in newest toxicity comparison data storehouse in the memory element 103 for sharing to every bio-toxicity detector.
Specifically, the type of database in the toxicity comparison data storehouse in memory element 103 can be oracle database or mysql data
Storehouse, by the verbal order pair of SQL (Structured Query Language, abbreviation sql like language)
Either mysql data bases write script and realize data in oracle database or mysql data bases oracle database
Automatically update.During automatically updating data in toxicity comparison data storehouse, bio-toxicity detector 10 can normal work, protect
The real-time online of card bio-toxicity detector 10, improves the detection efficiency of bio-toxicity detector 10.
Detector unit 102 is electrically connected with central processing unit 101, and central processing unit control 101 controls detector unit 102 and examines
The luminous intensity of photobacteria in photobacteria mixed liquor is surveyed so as to forming detection data and detection data being stored in into storage list
In unit 103.Its detection process of detector unit 102 is as follows：First temperature control is carried out to water body to be detected, due to the life of photobacteria
Thing activity is affected very big by ambient temperature, and at low ambient temperatures, photobacteria biological activity is low, rate of metabolism
Slowly, luminous intensity relative reduction, in high temperature environments, the luminous intensity of photobacteria not only can step-down, photobacteria also may be used
Thermal killed can be received, so to carry out temperature control to water body to be detected, the water temperature for making water body to be detected is being maintained at photobacteria just
Often light within the scope of required temperature.Then the culture bacterium solution of water body to be detected and culture photobacteria is mixed in proportion one
Rise and form photobacteria mixed liquor.Photobacteria mixed liquor is placed in closed culture dish and is cultivated, in incubation
The luminous intensity of photobacteria is detected, so as to obtain detection data.It shall be stated that though this utility model is with microbial poison
As a example by property detection method, detection, storage, early warning, transmission, the total score of the result during water quality biological toxicity detection are illustrated
The processes such as the data renewal in analysis and toxicity comparison data storehouse, but this utility model equally can be using other detection methods to water quality
Bio-toxicity detected, such as toxicity in fish detection method, algae toxicity detection method and flea class toxicity detection method.
The standard predetermined threshold value of luminous intensity is provided with memory element 103.Under central processing unit control, memory element
The standard predetermined threshold value that each detection data is arranged in memory element 103 is being compared in 103, if detection data does not surpass
Standard predetermined threshold value is crossed, then will not trigger prewarning unit 104, if detection data is beyond the standard in the storage of memory element 103
Predetermined threshold value, central processing unit 101 controls the prewarning unit and reports to the police, and prewarning unit 104 can send alarm.Prewarning unit 104
Including speaker and LED, prewarning unit 104 is triggered when reporting to the police, and speaker sounds the alarm, and LED Chang Liang, reminds existing
Field staff, water quality biological toxicity has exceeded predetermined threshold value, further confirms that and locates so that field personnel is timely and effective
Reason, while notifying monitoring display terminal 30, and transmits alignment processing result to monitoring display terminal 30, so as to monitoring display terminal
30 pairs of results check, effective counter-measure is taken in time.
Under the control of central processing unit 101, analysis and processing unit 105 transfers the detection data in memory element 103, and
To carrying out comprehensive analysis processing to detection data.Analysis and processing unit 105 provides a kind of by the comprehensive of detection data graphical treatment
Close analysis method：Temperature, pH value, turbidity, oxygen content, the isoparametric impact of electrical conductivity of water body are considered, based on detection
The detection data that the repeated detection of unit 102 is formed, according to detection data luminous suppression ratio is obtained, and is obtained according to luminous suppression ratio
Suppression curve, the suppression curve is the result, and the processing structure is stored in memory element 103.Due to containing
There is toxic contaminants material of the same race but impact of the different water body of toxic contaminants material concentration to the suppression ratio that lights is different, by detection
Containing toxic contaminants material of the same race but impact of the water body that differs of toxic contaminants material concentration to the suppression ratio that lights can be pressed down
Yeast production line, suppression curve is result.As shown in figure 3, Fig. 3 represents the toxic contaminants material NH containing variable concentrations4 +Water
Impact of the body to the suppression ratio that lights, abscissa represents NH in Fig. 34 +Concentration in water body, vertical coordinate represents luminous suppression ratio, by
Knowable to Fig. 3, NH4 +Concentration in water body to light suppression ratio influence characteristic be：Luminous suppression ratio is within the specific limits with NH4 +The increase of the concentration in water body and increase, correlation, then issue Xanthophyll cycle rate in a certain concentration and reach maximum
Value, the suppression ratio that lights afterwards is with NH4 +The increase of the concentration in water body and decline, in negative correlativing relation.Again as shown in figure 4, Fig. 4
Represent the toxic contaminants material PO of variable concentrations4 3-Impact of the water body to the suppression ratio that lights, Fig. 4 abscissas represent PO4 3-In water
Concentration in body, vertical coordinate represents luminous suppression ratio, as shown in Figure 4, PO4 3-Impact of the concentration in body to the suppression ratio that lights is special
Putting is：Luminous suppression ratio is with PO4 3-The increase of the concentration in water body and increase, correlation.
The result of analysis and processing unit 105 is that suppression curve is stored in memory element 103, can be by checking unit
106 visualizations intuitively show, and are easy to check and compare.The suppression curve transmission that all bio-toxicity detectors 10 are generated
To big data platform 20, integrate through big data platform 20 and formed toxicity comparison data storehouse, then by toxicity comparison data storehouse
Data be downloaded in the memory element 103 of bio-toxicity detector 10, realize the result of bio-toxicity detector 10
It is shared.Fitting algorithm is provided with comparing unit 107, the fitting algorithm can be realized by software programming.Because different poisonous dirts
The feature of the suppression curve of dye material is different, and using suppression curve as the fitting of the result in memory element 103 mould is compared
Plate.It is single to comparing that the central processing unit transfers result and the data in toxicity comparison data storehouse from memory element 103
Unit 107, under the control of central processing unit 101, comparing unit 107 passes through fitting algorithm by result and toxicity comparison data
Data in storehouse are fitted comparison, so as to may determine that the kind of toxic contaminants material at the scene of bio-toxicity detector 10
Class, so as to timely early warning and takes counter-measure.
Transmission unit 108 processes 101 and electrically connects with memory module 103 inside bio-toxicity detector 10 by central authorities
Connect, it is outside to realize realizing that communication is connected with big data platform 20 and monitoring display terminal 30 by transmission network, it is ensured that biological poison
Property detector 10 real-time network it is online, make the result in memory module 103 be transferred to big data platform 20 and monitoring in time
Display terminal 30, while the data in the toxicity comparison data storehouse of the centering of big data platform 20 are carried out upgrading in time sharing to life
In thing toxicity detector 10 and receive the monitoring information of monitoring display terminal.According to the location of bio-toxicity detector 10,
The distance of transmission range, and the different requirements of transfer rate, outside transmission network can be wired network or wireless network.Specifically
, wired network can be the Internet or LAN, the Internet can real-time Transmission mass data, due to multiple stage bio-toxicity detector
10th, big data platform 20 and the connection of the phase internet communication of monitoring display terminal 30 carries out data transmission, and transmitted data amount is huge, mutually
Networking meets required transmission requirement；Bio-toxicity detector 10 in remote districts can be passed through to access local LAN,
It is connected with the Internet by total gateway of LAN again, the transmission unit 108 for docking with the Internet or LAN in such cases
It can be common cable interface.Wireless network can be Zigbee networking technologys, Zigbee networking technologys be it is a kind of closely, low complexity
Degree, low-power consumption, low rate, the bidirectional wireless communication technology of low cost, have the advantages that low cost, short time-delay, high power capacity.Wirelessly
Net can also be wifi network, blueteeth network or cellular network, and the transmission unit 108 for docking with wireless network in such cases can be
Wifi units, bluetooth unit or cellular network unit.LAN all without area, transmission unit 108 can be built-in honeybee
Nest mixed-media network modules mixed-media, is carried out data transmission by cellular network such as 2G, 3G, 4G network.Additionally, transmission unit 108 is alternatively such as USB
The data transmission interfaces such as interface, Type C interface, the data in toxicity comparison data storehouse are updated arrive by data transmission interface
In bio-toxicity detector 10.
Big data platform 20 is connected with multiple stage bio-toxicity detector 10 and the communication of monitoring display terminal 30 simultaneously, receives simultaneously
The result of storage bio-toxicity detector 10 forms newest toxicity comparison data storehouse, the number in newest toxicity comparison data storehouse
According to being available for bio-toxicity detector 10 to download, it also is available for monitoring display terminal 30 and downloads, has access to and check.
Monitoring display terminal 30 includes server, and monitoring display terminal 30 is detected with form server and multiple stage bio-toxicity
The multiple channel communication of instrument 10 connects, and is also connected with the communication of big data platform 20.Monitoring display terminal 30 receives bio-toxicity detector
The result formed in 10.Server has strong excellent of good stability, safe, round-the-clock online, data-handling capacity
Point, monitoring display terminal 30 also includes control unit 301 and the display unit 302 being electrically connected with server.Display unit 302
Can show in real time various places bio-toxicities detector 10 result at the scene, also can specifically check wherein a certain biological poison
The result of property detector 10.Remote monitoring can be carried out to the bio-toxicity detector 10 at scene by control unit 301, such as
Set in one, somewhere bio-toxicity detector 10 detects the detection data to water body in the ground waters more than memory element 103
During the standard predetermined threshold value put, bio-toxicity detector 10 to the transmission processe result of control unit 301 and gives alarm signal immediately
Number, and intuitively shown by display unit 302, the staff of monitoring display terminal 30 checks to result,
Situation to prevent false alarm is present, and staff Jing control units 301 give bio-toxicity detector 10 1 and detect again
Signal instruction, bio-toxicity detector 10 receive the signal instruction, the water body at this is detected again, confirm water at this
Whether body is real exceeded, if false alarm, then releases the alarm of control unit 301, if very exceeded and compared by toxicity can
To know being which kind of toxic contaminants material is exceeded, then counter-measure can be as early as possible taken；If very exceeded and toxicity comparison data storehouse
In data in result without this toxic contaminants material is related records, be new toxic contaminants material, then can pass through physics and chemistry
Means are further analyzed, and determine the species of the toxic contaminants material, and the result of the toxic contaminants material is added
To in the data in toxicity comparison data storehouse, as the comparing template of detection next time.
Compared with prior art, this utility model is had following beneficial based on the bio-toxicity detecting system of big data technology
Effect：
1. every bio-toxicity detector can have response to more than 5000 kinds of toxic contaminants materials in theory, but each in practice
Individual producer is because technical strength is limited, and often instrument can only have the response relation of determination to a limited number of ten kinds of toxicity, single
It is separate between platform instrument, cause the significant wastage of resource, this utility model by big data platform by the biological poison of multiple stage
The result of property detector is integrated, and obtains newest most comprehensive toxicity comparison data storehouse, and by the toxicity comparison data
Data in storehouse update share in bio-toxicity detector at any time, and the detection range for making bio-toxicity detector is more comprehensively arrived
Position, if bio-toxicity detector has response to a kind of uncertain new toxic contaminants material, bio-toxicity detector can be by
The result that the toxic contaminants material is formed is added in the data in toxicity comparison data storehouse, used as next result
Comparing template, so as to greatly improve work efficiency.Monitoring display terminal carries out leading in real time more with bio-toxicity detector
Track data is communicated, not only can real time inspection live biometric toxicity detector result, field condition is grasped at any time, can be with
Real-time remote monitoring is carried out to the whole detection process of live biometric toxicity detector, work efficiency is greatly enhanced.
2. the central processing unit of bio-toxicity detector adopts arm processor, and Linux operations system is run on arm processor
System, the memory element of bio-toxicity detector is used to store the data in the toxicity comparison data storehouse, arm processor control poison
Property comparison data storehouse in data automatically update, when the data in toxicity comparison data storehouse being carried out with data updating, biological poison
Property the whole machine of detector without shut down work the data in toxicity comparison data storehouse can be updated, it is ensured that bio-toxicity detect
Instrument real-time network is online, improves work efficiency.
3. bio-toxicity detector detects water by the luminous intensity of the photobacteria in detection photobacteria mixed liquor
Matter bio-toxicity, luminous intensity forms the result.To detect the luminous intensity of photobacteria as judging in water body
Water quality biological toxicity basis for estimation, detection mode is efficient and convenient, and detection can be repeated several times, and can detect containing the same of variable concentrations
The water body of toxic contaminants material to the impact of the luminous intensity of photobacteria, by detector unit detection data is obtained respectively, is analyzed
Processing unit calculates luminous suppression ratio based on the luminous intensity in Monitoring Data, and by the corresponding luminous suppression of multiple luminous intensities
Rate processed is depicted as patterned suppression curve, and suppression curve is simple and clear, is easy to fitting to compare.By known toxic contaminants material
Suppression curve form toxicity comparison data storehouse together in big data Platform integration, the data in the toxicity comparison data storehouse lead to
Cross transport module to be transferred in bio-toxicity detector and deposit in the memory unit, comparing module can at any time call the toxicity ratio
Contrast is fitted to the data in data base and result, so as to quickly investigate and confirm toxic contaminants material.
4. required according to the difference of bio-toxicity detector location, the distance of transmission range, and transfer rate,
Transport module adopts different transmission means, and the area flourishing for network, thing toxicity detector is directly accessed the Internet, to place
Bio-toxicity detector in remote districts can pass through to access local LAN, then the total gateway and the Internet for passing through LAN
Connection, Zigbee networking technologys be it is a kind of closely, low complex degree, low-power consumption, low rate, low cost bidirectional wireless communication skill
Art, has the advantages that low cost, short time-delay, high power capacity.LAN all without area, bio-toxicity detector can pass through interior
The cellular network put such as 2G, 3G, 4G technology carries out the transmission of result, and by some expansion interface such as USB interface, Type
C interface etc. updates the data in the newest toxicity comparison data storehouse of processing module in bio-toxicity detector.Transport module
The variation of transmission means meets the transmission requirement of bio-toxicity detector in the case of different regions, is suitable for this utility model
In more waters, detection range of the present utility model has been widened.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit this utility model
Any modification made within the principle of utility model, equivalent and improvement etc. all should include protection domain of the present utility model
Within.
Claims (10)
1. the bio-toxicity detecting system of big data technology is based on, it is characterised in that included：It is multiple stage bio-toxicity detector, big
Data platform and monitoring display terminal, the bio-toxicity detector, big data platform and monitoring display terminal are led between any two
News connection, the bio-toxicity detector detects water quality biological toxicity, forms detection data and the detection data is carried out point
Analysis process forms result, while the result is transferred to into the big data platform, the big data platform will be every
The result of one bio-toxicity detector is integrally formed toxicity comparison data storehouse, and by the toxicity comparison data storehouse
Data sharing is in every bio-toxicity detector；The monitoring display terminal from bio-toxicity detector reception processing result or
Jing big data platform reception processing results, while display processing result and carrying out remote monitoring to toxicity detector.
2. the bio-toxicity detecting system of big data technology is based on as claimed in claim 1, it is characterised in that：The biological poison
Property detector include central processing unit and memory element, the central processing unit is arm processor, is transported on the arm processor
Row (SuSE) Linux OS, the memory element is used to store the detection data and the data in toxicity comparison data storehouse, described
Central processing unit control bio-toxicity detector is by the data sharing in toxicity comparison data storehouse in memory element.
3. the bio-toxicity detecting system of big data technology is based on as claimed in claim 2, it is characterised in that：The biological poison
Property detector by detecting photobacteria mixed liquor in photobacteria luminous intensity detecting water quality biological toxicity, the biology
Toxicity detector further includes detector unit, and the central processing unit is electrically connected with detector unit, the central processing unit
The luminous intensity of photobacteria in the detector unit detection photobacteria mixed liquor is controlled so as to forming detection data and examining
Survey data storage in the memory unit.
4. the bio-toxicity detecting system of big data technology is based on as claimed in claim 3, it is characterised in that：The storage is single
The standard predetermined threshold value of luminous intensity is provided with unit, the bio-toxicity detector also includes prewarning unit, the early warning list
Unit is electrically connected with the central processing unit, and the prewarning unit includes speaker and LED, will be described under central processing unit control
Detection data compared with standard predetermined threshold value, when the detection data exceed the standard predetermined threshold value when, central processing unit
Control the prewarning unit to report to the police, make the speaker sound the alarm and make LED Chang Liang.
5. the bio-toxicity detecting system of big data technology is based on as claimed in claim 3, it is characterised in that：The biological poison
Property detector also include analysis and processing unit, the analysis and processing unit is electrically connected with the central processing unit, CPU
Control detection data that the analysis and processing unit transferred in memory element and process is patterned to the detection data, obtain
To the result, the result storage is in the memory unit.
6. the bio-toxicity detecting system of big data technology is based on as claimed in claim 5, it is characterised in that：At the analysis
The graphical treatment of reason unit obtains luminous suppression ratio according to detection data, and is inhibited curve according to luminous suppression ratio,
The suppression curve is the result.
7. the bio-toxicity detecting system of big data technology is based on as claimed in claim 5, it is characterised in that：The biological poison
Property detector also include comparing unit, the comparing unit is electrical connected with central processing unit, and the central processing unit is from storage
Result and the data in toxicity comparison data storehouse are transferred in unit to comparing unit, the comparing unit by result with
Data in the toxicity comparison data storehouse are fitted comparison, so as to judge the species of toxic contaminants material.
8. the bio-toxicity detecting system of big data technology is based on as claimed in claim 7, it is characterised in that：The biological poison
Property detector also include transmission unit, the transmission unit is electrically connected with the central processing unit, and the transmission unit is big with described
Data platform and monitoring display terminal called connect, and the bio-toxicity detector Jing transmission units are by the process in memory element
As a result transmit to big data platform or monitoring display terminal, the bio-toxicity detector Jing transmission units receive monitoring display end
The monitoring information at end.
9. the bio-toxicity detecting system of big data technology is based on as claimed in claim 1, it is characterised in that：The monitoring is aobvious
Show that terminal includes server, the server is connected with multiple stage bio-toxicity detector communication.
10. the bio-toxicity detecting system of big data technology is based on as claimed in claim 9, it is characterised in that：The monitoring
Display terminal also includes monitoring unit and display unit, and the monitoring unit and display unit are electrically connected with server, described
Monitoring unit can carry out remote monitoring to biological toxicity detector, and the display unit is used to show the result.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106226289A (en) * | 2016-08-31 | 2016-12-14 | 深圳市有为环境科技有限公司 | Bio-toxicity detecting system based on big data technique |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106226289A (en) * | 2016-08-31 | 2016-12-14 | 深圳市有为环境科技有限公司 | Bio-toxicity detecting system based on big data technique |
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