CN208705222U - Data management terminal and its system for laser gas detector - Google Patents
Data management terminal and its system for laser gas detector Download PDFInfo
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- CN208705222U CN208705222U CN201821326728.3U CN201821326728U CN208705222U CN 208705222 U CN208705222 U CN 208705222U CN 201821326728 U CN201821326728 U CN 201821326728U CN 208705222 U CN208705222 U CN 208705222U
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Abstract
The utility model provides a kind of data management terminal for laser gas detector, including first communication device, is configured to communicate to connect with laser gas detector, to obtain the under test gas concentration data of target area by the connection；Controller is communicated to connect with first communication device, can create the log of under test gas concentration according to the information of under test gas concentration；Secondary communication device is communicated to connect with controller, and is configured to communicate to connect with Cloud Server, under test gas concentration log is sent to server, alternatively, by server is sent to according to the examining report of under test gas concentration log creation.Data management terminal provided by the utility model can be communicated to connect with laser gas detector, and under test gas concentration data is uploaded to server by way of log or report, solves the problems, such as the data management of portable laser gas detecting instrument.
Description
Technical field
The utility model relates to laser telemetry fields, and in more detail, the utility model relates to a kind of detections of laser gas
The data management terminal of instrument.
Background technique
Laser telemeter is the device of now widely used detection natural gas leaking, and remote sensing instrument uses Wavelength modulation spectroscopy
Technology, basic principle are as follows: laser frequency is fixed near a certain absorption peak of methane, while laser frequency is modulated, root
It is detected according to frequency modulation(PFM) harmonic signal and the correlation of under test gas concentration, to obtain the under test gas letter on light path
Breath.
Laser telemeter can be configured as various forms of products, such as tripod head type, hand-held and UAV system formula.Cloud
It is desk-top to be commonly used in being scanned the gas leakage situation of (such as natural gas line, gas field, natural gas station) in fixed area
Monitoring；Such remote sensing instrument, which only needs directly to upload the data of real-time measurement into host computer, to be checked, and is passed through when leaking
Host computer alarm.
And for the laser telemeter of the pockets such as hand-held, UAV system formula, usual engineering staff needs to enter dangerous
Region or its neighbouring field survey, however such laser telemeter does not need to alarm via host computer, works as field survey
To be higher than threshold value under test gas concentration when, by engineering staff contact operating personnel repairing.
In view of the foregoing, the data instant playback of such laser telemeter, there is no save it, integrated
And management, it also results in most of such laser telemeters and data management system is still not present or is led using simplest data
Mode is managed out.
Utility model content
In order to solve the above problem of the prior art, the utility model provides a kind of data pipe of laser gas detector
Terminal is managed, can be communicated to connect with laser gas detector, the under test gas concentration that laser gas detector real-time detection is arrived
Data preparation becomes the log of under test gas concentration, and is sent to server, realizes the guarantor for laser gas detector data
It deposits, integrate and manages.
Specifically, data management terminal provided by the utility model includes:
First communication device is configured to communicate to connect with the laser gas detector, to obtain by the connection
Take the under test gas concentration data of target area；
Controller is communicated to connect with the first communication device, can be created according to the information of the under test gas concentration
Under test gas concentration log；
Secondary communication device is communicated to connect with the controller, and is configured to communicate to connect with Cloud Server, with
The under test gas concentration log is sent to server, alternatively, by according to the detection of the under test gas concentration log creation
Report is sent to server.
Data management terminal provided by the utility model, which uses, is different from the manager that original real-time measurement directly uploads
Data are uploaded to server by way of log or report by formula, solve the data pipe of portable laser gas detecting instrument
Reason problem.
In addition, data preparation is uploaded at log or the such unique file of report, can be provided for engineering staff one it is right
The platform that data are operated, making each engineering staff can participate in the upload, integration and management of data；Another party
Face, by summarizing the Data Integration of multiple data management terminals, but also administrative staff's energy of engineering staff or server end
It is enough to possess the under test gas concentration distribution of managed section different location more macroscopical understanding, once discovery leakage sign,
The gas to be measured for the other positions that can be uploaded according to the under test gas concentration and wind direction of leak point and other data management terminals
Bulk concentration data etc., the possible geographical location of comprehensive descision leakage point and leakage after coverage and be related to region.Furthermore it takes
Be engaged in device it is received be the under test gas concentration log put in order, compare the mode of previous real-time reception, be also convenient for returning for server
Shelves arrange and downloading is checked.
In addition, specific data management step is realized by software program, so that the data management terminal of the utility model
It can be configured as various hardware states.Preferably, the data management terminal is smart phone, tablet computer or kneetop computer
Etc. personal mobile devices.Build management system by terminal of personal mobile device, without additional designs manufacture terminal, and directly in
Corresponding software is installed in the above equipment that engineering staff individual is held, its personal mobile device can be called as data management
Terminal greatly reduces the cost of system building.It, can will be described for example, when the data management terminal is smart phone
The bluetooth or radio receiver of smart phone are configured to the first communication device, while wirelessly connecing the smart phone
Receiving apparatus or cellular mobile network are configured to the secondary communication device, and installation includes in the memory of the smart phone
Execute the program of above-mentioned steps.
In the more excellent technical solution of the utility model, the data management terminal further includes and the controller communication link
The image acquisition device connect can acquire the image data of the target area.
After testing staff measures some region of natural gas leaking, itself does not have individually complete repairing in most cases
The ability of work, and need to dispatch other operating personnels and come to execute repairing task.In the process, testing staff can use
Valuable waiting emergency repair time accurately identifies leakage point, and the image data by acquiring target area is uploaded onto the server,
The information such as accurate location and the operating environmental condition of the leakage point are shown to operating personnel, judge rapidly to need with convenient working personnel
The position and degree and preparation to be repaired adapts to equipment necessary to operating environmental condition.
Further, the data management terminal is smart phone, tablet computer or kneetop computer.When the data management
Terminal is smart phone, tablet computer or such consumer level personal digital assistant (the Personal Digital of kneetop computer
Assistant, PDA) when, this Terminal Type itself just has photographic device, image collection process can be realized by software transfer,
Without being additionally provided photographic device；In addition, consumer level PDA has been widely used to promote, and its data processing system compares technical grade
PDA usually has a higher operational capability, and management system, which only needs to be equipped with corresponding software support, can build completion, is greatly decreased
Need the hardware cost being equipped with for engineering staff.
In the more excellent technical solution of the utility model, the data management terminal further includes display screen, and described second is logical
The under test gas concentration log that T unit is obtained from server can be shown by the display screen.
In this more excellent technical solution, the collection of data is realized simultaneously in same data management terminal (i.e. and laser gas
Detector connects and obtains real-time detector data), (form for being organized into log or report is sent to service for the integration of data
Device) and data presentation (i.e. from server acquisition after checked) so that each engineering staff can be by matching for it
Standby data management terminal device participates in collection, integration, management and the use of data.
In the more excellent technical solution of the utility model, the data management terminal further includes and the controller communication link
The positioning device connect, for obtaining the location information of the data management terminal or the laser gas detector.Pass through acquisition
And upload location information, it can determine the position of testing staff's measurement point.The technical solution can with image acquisition device
Technical solution be used in combination, convenient working personnel restore the erect-position of testing staff according to the positional information, and according to described
The content of image data finds the accurate location of leakage point.Preferably, the data management terminal is smart phone, plate electricity
Brain or kneetop computer call the GPS positioning system of the data management terminal to obtain location information by program instruction.
In the more excellent technical solution of the utility model, the laser gas detector is Handheld laser remote methane moni tor
Or tripod head type laser methane remote sensing instrument or UAV system laser methane remote sensing instrument.
In the more excellent technical solution of the utility model, the data management terminal is smart phone, tablet computer or knee
Upper computer.
In the more excellent technical solution of the utility model, the first communication device is cable, infrared data communication, indigo plant
Tooth, universal serial bus, IEEE 1394, Zigbee or WLAN communication device.
The utility model additionally provides the data management system with data management terminal.
Detailed description of the invention
Fig. 1 is the system configuration schematic diagram of the data management terminal of the utility model first embodiment；
Fig. 2 is the flow diagram of the data managing method of the utility model first embodiment；
Fig. 3 is the system configuration schematic diagram of the data management terminal of the utility model second embodiment；
Fig. 4 is the flow diagram of data managing method in the utility model second embodiment；
Fig. 5 is the schematic diagram that data management terminal data checks interface in the utility model second embodiment；
Fig. 6 is the schematic diagram that engineering staff carries out image collection step in the utility model second embodiment；
Fig. 7 is the system configuration schematic diagram of the data management terminal of the utility model 3rd embodiment；
Fig. 8 is the schematic diagram at laser gas detector pre photograph mode interface in the utility model 3rd embodiment.
Specific embodiment
Hereinafter, illustrating the preferred embodiment of the utility model while referring to attached drawing.In addition, the implementation of the utility model
Example is not limited to following embodiments, can be using the various implementations in the range of the technology design of the utility model
Example.
Embodiment one
As shown in Figure 1, the present embodiment provides firstly a kind of data management terminal 2, and exist comprising the data management terminal 2
The interior data management system for being used to manage Handheld laser remote sensing instrument, the data management terminal 2 are held by engineering staff
Personal data assistant device, including first communication device 202, secondary communication device 204, processor 206 and memory 208,
It is stored with the program executed for the processor 206 in memory 208, the communication dress of first communication device 202, second can be called
Set the transmitting-receiving of 204 carry out data.
In order to facilitate diagram, server 3 is illustrated only in Fig. 1 corresponding to one group of laser gas detector 1 and data management
Terminal 2, and actually every server 3 can correspond to two or more data management terminals 2, and be managed to data
And transmission, and every number of units can cooperate different laser gas detectors 1 to work according to management terminal 2.
Specifically, with reference to Fig. 2, it is stored with the program instruction that can be executed by the processor 206 in the memory 208,
Described program instruction is able to carry out following steps:
The first communication steps of S100: connecting detection instrument obtains the under test gas concentration data of target area；
First communication device 202 is called, establishes and communicates to connect with the communication interface 102 of laser gas detector 1, by this
Communication connection, data management terminal 2 can obtain the under test gas concentration data of target area.Preferably, data management terminal 2
By communicate to connect with to target area carry out under test gas measurement of concetration 1 real time communication of laser gas detector, from
And obtain the under test gas concentration data of target area in real time, but data management terminal 2 can also by communication connection with
The laser gas detector 1 for having completed measurement communicates, and has measured and stored under test gas concentration data to obtain.Its
In, the communication interface 102 of the laser gas detector 1 is the logical of the factory configuration of laser gas detector 1 or subsequent installation
Interrogate the interface of module.
S200 log creation step: according to the information of under test gas concentration data, the log of under test gas concentration is created；
Data management terminal 2 is according to the under test gas concentration data obtained from laser gas detector 1, and creation is for clothes
The under test gas concentration log that business device 3 or data management terminal 2 read, handle.
The second communication steps of S300: under test gas concentration log is sent to server；
By secondary communication device 204, under test gas concentration day that data management terminal 2 will generate in S200 step
Will is sent to server 3, and server 3 is to the gas to be measured obtained from same data processing terminal 2 or different data management terminal 2
Bulk concentration log carries out summarizing management.
In the present embodiment, the data management terminal 2 converts server for real time data and locally applied can be read, locates
The report or log of reason.On the one hand, by being equipped with corresponding data management terminal 2 for engineering staff, each engineering people can be allowed
Member is able to participate in the upload, integration and management of data；On the other hand, by the way that the data of multiple data management terminals are whole
Conjunction summarizes, but also engineering staff or the administrative staff of server end can the under test gas concentration distribution to managed section gather around
There is more macroscopical understanding, for example, when detecting the under test gas concentration that certain is relatively high but is less than warning value, engineering
Personnel tend to think that the position nearby has a possible leakage point, but due to the flowing diffusion of gas, generally for letting out
The accurate location of leak source is difficult to determine.After management system has used management method provided in this embodiment, engineering staff can be with
From server obtain from other data management terminals 2 upload near position under test gas concentration data, combining environmental because
Element, the orientation of accurate judgement leakage point.Meanwhile because the platform operated to data can be provided for engineering staff,
It is also beneficial to each engineering staff and participates in leakage situation analysis in real time, in Rush Repair Scheme discussion and decision-making, be conducive to
Cope with the emergency of fairly large multipoint leakage, convenient coverage to after leakage and be related to region carry out it is rapid integrated
Assessment and prediction, for repair and evacuate or early warning provide timely data information support.In addition, server connects in the present embodiment
What is received is to have arranged the under test gas concentration log completed by data processing terminal 2, compares the mode of previous real-time reception, also side
Just file and consult.
Embodiment two
As shown in figure 3, the present embodiment provides firstly a kind of data management terminal 2, and include the data management terminal 2
Data management for managing the data management system of Handheld laser remote sensing instrument (laser gas detector 1), in the present embodiment
Terminal 2 is smart phone, including first communication device 202 (blue-teeth communication equipment), 204 (cellular mobile network of secondary communication device
Network), processor 206, memory 208, image acquisition device 210 (camera) and positioning device 212 (GPS positioning system),
Described in processor 206 and the first communication device 202, secondary communication device 204, memory 208, image acquisition device
210 and positioning device 212 communicate to connect, with transmit data and control equipment operation.
The application program being used cooperatively with the data management terminal 2, the application are stored in the memory 208 of smart phone
It after program obtains user's authorization, is executed by the processor 206, the first communication device 202, second for capableing of calling mobile phone communicates
Device 204 carries out the processing and transmitting-receiving of data, and the camera of calling mobile phone is taken pictures or taken the photograph as image acquisition device 210
Picture, and the GPS positioning system of calling mobile phone obtains geographic coordinate information as positioning device 212.
The hardware being had without departing from normal procedure intelligent mobile phone by the hardware requirement of data management terminal 2 in this present embodiment
Condition, therefore the data management system can remove the design production stage of data management terminal from completely, directly have in allocation sharp
The application program is installed, in the above manner, the present embodiment uses work on the smart phone of the engineering staff of light gas detecting instrument 1
The personal mobile device of Cheng personnel can substantially reduce the cost of system building as data management terminal.
Specifically, with reference to Fig. 4, which is able to carry out by installing mobile phone application software for following step
Rapid instruction:
The first communication steps of S100: connecting detection instrument obtains the under test gas concentration data of target area；
First communication device 202 is called, bluetooth connection is established with the communication interface 102 of laser gas detector 1, by this
Bluetooth connection, smart phone can obtain the under test gas concentration of target area and be stored in the memory 208, in preservation
Appearance includes: the under test gas concentration under time of measuring and the time of measuring.Preferably, smart phone by bluetooth connection with
1 real time communication of laser gas detector that under test gas measurement of concetration is carried out to target area, to obtain target area in real time
The under test gas concentration data in domain, but smart phone can also be examined by bluetooth connection and the laser gas for having completed measurement
It surveys instrument 1 to communicate, measured and stored under test gas concentration data to obtain.
Wherein, the communication interface 102 of the laser gas detector 1 be laser gas detector 1 factory configuration or after
The continuous bluetooth communication module installed additional.The under test gas concentration of acquisition can be presented in number in the form of number, histogram, line chart etc.
On display screen according to management terminal 2, engineering staff is facilitated to read.
S102 image collection step: the image data of target area is acquired by image acquisition device；
It is configured with VISIBLE LIGHT EMISSION device 104 (visible laser) on laser gas detector 1, the VISIBLE LIGHT EMISSION
The direction of propagation of the measurement laser of the direction of propagation and laser gas detector 1 for the visible light beam that device 104 issues keeps big
It causes in parallel, the irradiation for measuring laser of the transmitting of laser gas detector 1 to be indicated referring to the facula position of visible laser
Position can be used to that image acquisition device 210 is guided to carry out image collection to gas leakage point.By the shadow for acquiring target area
As data and upload server, testing staff can be facilitated to show the accurate location of leakage point to operating personnel.
S200 log creation step: according to the information of under test gas concentration data, the log of under test gas concentration is created；
After the completion of S102 image collection step, leakage point confirmation is completed.At this point, can be according to from beginning look for terminating simultaneously
Confirm the under test gas concentration data being collected into the time range of leakage point, creates for server 3 or data management terminal 2
The under test gas concentration log that application program is read.The under test gas concentration log includes at least to be protected in a part of S100 step
Under test gas concentration under the time of measuring and the time of measuring deposited.
S202 station acquisition step: location information is obtained by station acquisition device；
It calls the GPS positioning system of smart phone as positioning device 210, obtains the geographical of smart phone present position and sit
Mark, erect-position when being measured with coordinate reflection testing staff.Subsequent job personnel can be according to the geographical coordinate, and restoring should
Erect-position is simultaneously looked around surrounding and is compared with the content of image data, and then finds accurate leak position.
S204 data correlation step: association under test gas concentration log, image data and location information；The step occurs
After S200, S102, S202 step；
With the filename naming standard of a fixed format, under test gas concentration journal file, image file and position are named
Confidence informative text indicates the under test gas concentration to be associated with the under test gas concentration log, image data and location information
Log and image data in the record time and record the uniformity on place.
S206 reports foundation step: creating examining report according to the log of under test gas concentration, image data and location information.
In the present embodiment, the examining report is uploaded server end in addition to subsequent, can be also selectively stored in this in creation
In the memory 208 on ground.
The second communication steps of S300: it will test report and be sent to server；
The examining report created in S206 step is sent to server by cellular data network, server is to from difference
The examining report that data management terminal 2 obtains carries out data processing.Data handling procedure includes at least: extracting the examining report
Described under test gas concentration log recording under test gas concentration value, and, extract the location information.The under test gas is dense
Angle value can be the under test gas concentration peak under test gas concentration log recording, or under test gas concentration log
The average value of under test gas concentration in record, in addition it can be measured to be finally recorded under test gas concentration log recording
Gas concentration value.It can also including the extraction under test gas concentration that Machining Analysis obtains from the under test gas concentration log
The information such as domain distribution map or the under test gas concentration data changed over time.
S400 data check step: obtaining examining report from server and checked；
The data management terminal 2 obtains examining report from server and is checked that the examining report for checking includes
The examining report shared by other data management terminals.Through the above scheme, data management terminal provided by the utility model can
To realize the collection, integration and presentation function of data simultaneously, the collection and use of data can be participated in by making each engineering staff
In the middle, the content of management system more comprehensively, information more intercommunication.
In addition, the data look facility of data management terminal 2 provided in this embodiment is also not limited to examining report
It checks, further includes checking the under test gas concentration profile based on geographical location.With reference to Fig. 5, the data management terminal 2 is presented
The under test gas concentration profile based on geographical location the following steps are included:
Explicitly 4 Figure 21；
The under test gas concentration log recording extracted according to data handling procedure in second communication steps of S300
Under test gas concentration value information and the location information, corresponding with location information position is shown on map 214
Mark point 214a and under test gas concentration value 214b with the associated under test gas concentration log of the location information.
Although being presented under test gas concentration value 214b in the present embodiment in the method for showing numerical value, technical staff can also be with
According to the actual situation, other suitable presentation modes, such as the difference using visualisation parameters such as color, size, shapes are selected
The difference of different regions under test gas concentration value is presented.
It, below will be to engineering staff in order to clearly demonstrate data management terminal 2 and its working method in the present embodiment
It is carried out specifically using the mode that data management terminal 2 in the present embodiment cooperates laser gas detector 1 to carry out data acquisition
It is bright.
With reference to Fig. 6, there is the laser gas detector 1 VISIBLE LIGHT EMISSION device 104 (to be not shown in Fig. 6, referring to figure
3), which is a laser that can emit visible light beam 108a, as previously mentioned, the laser emits
The exit direction of the measurement laser 106a of the exit direction and detector of visible light beam 108a out keeps substantially parallel.Measurement
Laser 106a is in order to meet measurement needs, usually black light.It therefore, should be with measurement laser by setting in the present embodiment
The identical visible light lasers 108a in the direction 106a, engineering staff can be with hot spot 108b of visible light lasers 108a in measurement
The irradiation position 106b of reflection measurement laser 106a is set, to help to find leakage point.
In addition to booster action during finding leakage point, after finding leakage point, hot spot 108b can also cooperate
The image collection function of data management terminal 2 provided in this embodiment realizes the label for leakage point.As shown in fig. 6, taking pictures
When record, engineering staff can keep laser gas detector 1 motionless with after hot spot 108b label leakage point, calling mobile phone
Camera is taken pictures towards leakage point.Since the brightness of laser facula is higher, determining let out can be clearly showed that on photo
Leak source position.
It should be noted that, although each step cited in data managing method provided in this embodiment successively executes,
But technical staff can delete step, be replaced and sequentially be adjusted according to the actual situation completely, practical new without departing from this
Under the premise of type purport, above-mentioned variation without departing from the protection scope of the utility model within.For example, S102,200, S202 tri-
The sequencing of a step itself can be exchanged mutually；For another example, if in S100 step, by bluetooth connection with completed
The laser gas detector 1 of measurement communicates, and has measured and stored under test gas concentration data to obtain, then the step
It can occur after S102 and S202 step；In addition, the part steps in the present embodiment, such as S102, S202, S400 etc.,
It can also be deleted or be replaced according to actual needs.
Embodiment three
With reference to Fig. 7, a kind of laser gas detector 1 with data management module 20, the data are present embodiments provided
Management module 20 is installed on the inside of the laser gas detector 1, and the detection module 10 with the laser gas detector 1
By electrical connection, the under test gas concentration data measured is directly read via first communication device 202.Laser gas inspection
Survey instrument data management module 20 include first communication device 202, secondary communication device 204, processor 206, memory 208,
Image acquisition device 210 and positioning device 212, connection type, major function and its data management side of use of components above
Method can refer to embodiment two, and details are not described herein again.In order to be visually presented with data and interactive interface, swashing in the present embodiment
Light gas detecting instrument 1 is configured with display screen 30.
Laser gas detector 1 in the present embodiment, can due to the 10 one installation of data management module 20 and detection module
It will test the shadow for measuring laser beam emitting device 106, VISIBLE LIGHT EMISSION device 104 and the data management module 20 of module 10
As the optical axis that acquisition device 210 is configured to three is substantially parallel, the image collection of engineering staff is greatly facilitated.
Laser gas detector 1 in the present embodiment can also be automatically into pre photograph mode, to improve engineering staff's shadow
As the efficiency of acquisition.
The data management module 20 is configured to execute the instruction for being used for following steps:
S001 threshold value setting procedure: setting under test gas concentration threshold 801；
The first communication steps of S100: the processor 206 passes through the communication interface 102 and the first communication device
202 obtain under test gas concentration measurement 802 from detection module 10 in real time；
When detecting that under test gas concentration measurement 802 reaches the preset under test gas concentration threshold 801,
Processor controls the laser gas detector 1 and enters pre photograph mode.Interactive interface shown by the pre photograph mode is such as
Shown in Fig. 8.
When the laser gas detector 1 enters pre photograph mode, the 30 real-time display under test gas of display screen is dense
Measured value 802 is spent, and measurement data is stored in memory 208 by continuous or gradation, while opening image acquisition device and receiving mesh
Mark the image data 804 in region.In the present embodiment, the display screen 30 be touch screen, it is preferable that when enter pre photograph mode
When, display shooting icon 803, to receive the instruction that user saves 804 data of image data.
Testing staff needs to be implemented multiple steps when facing searching and recording the task of leakage point, and the operating time is urgent
And operation difficulty is big.Have pre photograph mode, it, can be certainly when detecting leakage or needing the under test gas concentration of early warning
Dynamic triggering laser gas detector 1 enters pre photograph mode, remind testing staff there are while leak case, instant playback
Current under test gas concentration data is to facilitate user to confirm.In this way, testing staff can directly observe the survey of under test gas concentration
802 data of magnitude determine leakage point, and while leakage point determines, open camera and are ready to shooting preservation.By with
Upper technical solution, testing staff need to only operate whole flow process in the equipment integrally installed, and operating method is simple and fast, greatly
Reduce operating time and the difficulty of testing staff.
The present embodiment and embodiment two data managing method another difference is that, the present embodiment is in S102 image collection
After step is completed, before the second communication steps of S300, further includes:
Characterize the rectangular area 805 in image data 804；
It determines the under test gas concentration value in the under test gas concentration log, and by the under test gas concentration value and is somebody's turn to do
The region being characterized is associated；
In the present embodiment, utilize color, the difference of brightness in image data 804 using picture recognition module (not shown)
It identifies pixel corresponding with hot spot 108b, marks the rectangular area 805 centered on the pixel later, to characterize the area
Domain.Then, the rectangular area 805 and the under test gas concentration value under test gas concentration log are associated, with to operation
Personnel show leakage point.In the other embodiments of the utility model, the characterization in region can also be realized using other forms,
Such as marking tool can be provided for user, a certain region is marked in the image data 804 that shooting obtains by user, to show
Leakage point out.
The present embodiment other can as the data management module 20 execute the step of can refer to data described in embodiment two
Management terminal 2, details are not described herein.
In addition, it should be noted that, communication connection mode in each embodiment of the utility model between each component and unlimited
The cited type in above-described embodiment, technical staff can be according to the actual situation, it is configured to pass through cable, infrared number
Communication link is carried out according to communication, bluetooth, universal serial bus, IEEE1394, Zigbee, WLAN or other suitable modes
It connects.
So far, it has been combined attached drawing and describes the technical solution of the utility model, still, those skilled in the art are easy reason
Solution, the protection scope of the utility model are expressly not limited to these specific embodiments.In the original without departing from the utility model
Under the premise of reason, those skilled in the art can make equivalent change or replacement to the relevant technologies feature, these are changed or replace
Technical solution after alternatively is fallen within the protection scope of the utility model.
Claims (10)
1. a kind of data management terminal for laser gas detector characterized by comprising
First communication device is configured to communicate to connect with the laser gas detector, to obtain mesh by the connection
Mark the under test gas concentration data in region；
Controller is communicated to connect with the first communication device, can be created to be measured according to the information of the under test gas concentration
Gas concentration log；
Secondary communication device is communicated to connect with the controller, and is configured to communicate to connect with Cloud Server, by institute
It states under test gas concentration log and is sent to server, alternatively, by according to the examining report of the under test gas concentration log creation
It is sent to server.
2. being used for the data management terminal of laser gas detector as described in claim 1, which is characterized in that the data pipe
Reason terminal further includes the image acquisition device with controller communication connection, can acquire the image number of the target area
According to.
3. being used for the data management terminal of laser gas detector as described in claim 1, which is characterized in that the data pipe
It manages terminal and the laser gas detector is integrally installed.
4. being used for the data management terminal of laser gas detector as described in claim 1, which is characterized in that the data pipe
Managing terminal further includes display screen, and the under test gas concentration log that the secondary communication device is obtained from server can be by described
Display screen is shown.
5. being used for the data management terminal of laser gas detector as described in claim 1, which is characterized in that further include and institute
The positioning device for stating controller communication connection, for obtaining the position of the data management terminal or the laser gas detector
Information.
6. the data management terminal according to any one of claims 1 to 5 for laser gas detector, which is characterized in that
The data management terminal is smart phone, tablet computer or kneetop computer.
7. being used for the data management terminal of laser gas detector as claimed in claim 6, which is characterized in that the data pipe
Reason terminal is smart phone, and the first communication device is bluetooth or radio receiver, and the secondary communication device is honeycomb
Mobile network or radio receiver.
8. the data management terminal according to any one of claims 1 to 5 for laser gas detector, which is characterized in that
The laser gas detector is Handheld laser remote methane moni tor or tripod head type laser methane remote sensing instrument or UAV system laser
Remote methane moni tor.
9. the data management terminal according to any one of claims 1 to 5 for laser gas detector, which is characterized in that
The first communication device is cable, infrared data communication, bluetooth, universal serial bus, IEEE 1394, Zigbee or wireless
WLAN communication device.
10. a kind of data management system for laser gas detector, which is characterized in that the data management system has such as
Data management terminal of any of claims 1-9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821326728.3U CN208705222U (en) | 2018-08-16 | 2018-08-16 | Data management terminal and its system for laser gas detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821326728.3U CN208705222U (en) | 2018-08-16 | 2018-08-16 | Data management terminal and its system for laser gas detector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208705222U true CN208705222U (en) | 2019-04-05 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020034931A1 (en) * | 2018-08-16 | 2020-02-20 | 上海禾赛光电科技有限公司 | Data management method for laser gas detector, and data management terminal |
| CN111121255A (en) * | 2019-12-18 | 2020-05-08 | 袁文硕 | Classroom environment control system |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020034931A1 (en) * | 2018-08-16 | 2020-02-20 | 上海禾赛光电科技有限公司 | Data management method for laser gas detector, and data management terminal |
| US20210318236A1 (en) * | 2018-08-16 | 2021-10-14 | Hesai Technology Co., Ltd. | Laser gas detector and laser gas detection system |
| US20210321174A1 (en) * | 2018-08-16 | 2021-10-14 | Hesai Technology Co., Ltd. | Laser gas detector and laser gas detection system |
| US11867815B2 (en) * | 2018-08-16 | 2024-01-09 | Hesai Technology Co., Ltd. | Laser gas detector and laser gas detection system |
| US11867816B2 (en) * | 2018-08-16 | 2024-01-09 | Hesai Technology Co., Ltd. | Laser gas detector and laser gas detection system |
| CN111121255A (en) * | 2019-12-18 | 2020-05-08 | 袁文硕 | Classroom environment control system |
| CN111121255B (en) * | 2019-12-18 | 2021-04-13 | 袁文硕 | Classroom environment control system |
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