CN206063163U - A kind of Internet of Things PM2.5 ultrasounds pulmonary function detection system - Google Patents
A kind of Internet of Things PM2.5 ultrasounds pulmonary function detection system Download PDFInfo
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- CN206063163U CN206063163U CN201620570690.9U CN201620570690U CN206063163U CN 206063163 U CN206063163 U CN 206063163U CN 201620570690 U CN201620570690 U CN 201620570690U CN 206063163 U CN206063163 U CN 206063163U
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Abstract
A kind of Internet of Things PM2.5 ultrasounds pulmonary function detection system, including：Ultrasonic lung function tests sensor, PM2.5 laser determination sensors, data acquisition box, user terminal, cloud platform control data corporation and doctor terminal；Ultrasonic lung function tests sensor is acquired to the PFT initial data of user；PM2.5 laser determinations sensor is detected to the PM2.5 in the lung function tests environment residing for user；Data acquisition box receives PFT initial data and PM2.5 data and carries out relevant treatment, uploads to cloud platform control data corporation by communication network；The patient medical record data and doctor registers data, patient's diagnosis and treatment data formed to the result after the process by cloud platform control data corporation carry out storage management；Doctor terminal receives the patient medical record data of cloud platform control data corporation transmission, and analysis uploads to cloud platform control data corporation for user terminal downloads after providing diagnostic result.The utility model can conveniently, accurately and timely realize tuberculosis diagnosis and treatment.
Description
Technical field
The utility model is related to medical management system field, more particularly to a kind of Internet of Things PM2.5 ultrasounds pulmonary function detection
System.
Background technology
Pulmonary function test is one of necessary inspection of respiratory disease, for early detection lung, airway lesions, assesses disease
The coincident with severity degree of condition of disease and prognosis, evaluate the curative effect of medicine or other treatment methods, differentiate the reason for having difficulty in breathing, diagnosis disease
Becoming the aspects such as the monitoring of position, assessment PFT to the tolerance or labour intensity tolerance of operation and to urgent patient has important
Directive significance.
Pulmonary function test includes ventilatory function, ventilatory, respiratory regulation function and pulmonary circulatory function etc., inspection project and
Testing index is numerous.Past lung function instrument mainly, based on the detection of mechanically and chemically method, determines loaded down with trivial details, wastes time and energy, and
And detection error is larger, its extensive application clinically is limited, medical personnel is also aware that limited to its knowledge.In recent years
Come, with the development of science and technology, the appearance of new detection technique, especially the application of electronic computer, makes pulmonary function detection
Technology has obtained very big development, and its importance clinically is also more taken seriously.
Traditional lung function monitoring technology be usually hospital determine, extremely inconvenience, be not suitable for long-time monitoring and
Full-time blank pipe manages patient.In the market, although have part lung function instrument (such as turbine type or ultrasonic lung function instrument) to be capable of achieving
Respiration monitoring lung function parameter, but there is drift and need correction, it is impossible in domestic. applications, and by this kind equipment still not
Can be in time by the data feedback of measure to medical practitioner to formulate intervening measure as soon as possible, in addition only according to the lung work(for determining
Energy parameter is also difficult to the cause of disease and its consequence for making doctor understand acute exacerbation, is thus unfavorable for the diagnosis timely and accurately of tuberculosis
With preventing and treating.
Utility model content
Problem to be solved in the utility model is that lung function monitoring of the prior art is difficult to conveniently, accurately and timely in fact
Existing tuberculosis diagnosis and treatment.
To solve the above problems, technical solutions of the utility model provide a kind of Internet of Things PM2.5 ultrasound pulmonary function detections system
System, including：Ultrasonic lung function tests sensor, PM2.5 laser determination sensors, data acquisition box, user terminal, cloud platform number
According to administrative center and doctor terminal；The ultrasonic lung function tests sensor, is suitable to carry out the PFT initial data of user
Collection；The PM2.5 laser determinations sensor, is suitable to detect the PM2.5 in the lung function tests environment residing for user；
The data acquisition box, is suitable to receive PFT initial data that the ultrasonic lung function tests sensor collects and described
The PM2.5 data that PM2.5 laser determination sensors are detected, and phase is carried out to the PFT initial data and PM2.5 data
Pass is processed, and the result after process is uploaded to the cloud platform by communication network directly or via the user terminal then
Control data corporation；The user terminal, is suitable to the result after receiving the process that the data acquisition box is provided, and to which
Carry out display and simple process and be uploaded to the cloud platform control data corporation；The cloud platform control data corporation, fits
The patient medical record data formed by result after to the process by the data acquisition box or user terminal uploads, and
Doctor registers data, patient's diagnosis and treatment data carry out storage management；The doctor terminal, is suitable to receive the cloud platform data management
The patient medical record data that central transmission comes, and the patient medical record data are analyzed, diagnostic result is given, and will be described
Diagnostic result uploads to the cloud platform control data corporation；The diagnostic result is contained in patient's diagnosis and treatment data；It is described
User terminal is further adapted for receiving the diagnostic result that the cloud platform control data corporation sends.
Optionally, the ultrasonic lung function tests sensor includes sonac and sensor signal pretreatment circuit；
The sonac is suitable to gather ultrasonic signal and be converted into corresponding electric signal, and the sensor signal pre-processes circuit bag
The signal amplification circuit for being suitable to that signal enhanced processing is carried out to the electric signal of sonac output is included, and is suitable to letter
Result after number enhanced processing is filtered the filter circuit of process.
Optionally, the PM2.5 laser determinations sensor includes laser generator, determination of laser light scattering device and place
Reason circuit；The laser generator is suitable to produce LASER Light Source, and the determination of laser light scattering device is suitable to the laser light
Source is scattered and determines and export laser sensing signal, and the process circuit is suitable to process the laser sensing signal.
Optionally, the data acquisition box includes power circuit, single chip circuit, wireless transceiver circuit and digital-to-analogue conversion electricity
Road；The power circuit is suitable to be powered the single chip circuit, wireless transceiver circuit and D/A converting circuit, the nothing
Line transmission circuit is suitable to receive the signal that the ultrasonic lung function tests sensor and PM2.5 laser determinations sensor are produced, institute
State data converting circuit to be suitable to carry out digital-to-analogue conversion (AD conversion), the single-chip microcomputer to the signal that the wireless transceiver circuit is received
Circuit is suitable to the signal after logarithmic mode conversion and carries out respective handling, and the signal that process is completed, by wireless receiving and dispatching electricity
Road is sent to the user terminal or cloud platform control data corporation.
Optionally, the user terminal is smart mobile phone or panel computer, and the doctor terminal is PC, intelligent hand
Machine or panel computer.
Optionally, the communication network includes wide area network (WAN, Wide Area Network) or wireless cellular network.
Compared with prior art, the technical solution of the utility model at least has advantages below：
By using technology of Internet of things real-time detection user lung function parameter and its living environment PM2.5 data, and it is same
When understand this two parameters, medical personnel can simultaneously by the full-time empty service patient of various mobile terminals, real time inspection health visitor
Family and the health and pathologic, physiologic data of sufferer, send warning message to client, and provide advisory opinion, further by this
A little data long-term acquisitions and the life pattern for analyzing to judge sufferer, formulate intervening measure early, and being progressively close to precisely medical treatment will
Ask, thus construct a kind of Internet of Things PM2.5 ultrasounds pulmonary function detection system, so as to conveniently, accurately and timely realize tuberculosis
Diagnosis and treatment.
Description of the drawings
Fig. 1 is the structural representation of the Internet of Things PM2.5 ultrasound pulmonary function detection systems that technical solutions of the utility model are provided
Figure；
Fig. 2 is the structural representation of the Internet of Things PM2.5 ultrasound pulmonary function detection systems of the utility model embodiment.
Specific embodiment
As stated in the Background Art, the lung function monitoring of prior art is generally required and is determined in hospital, extremely inconvenience, is not applied to
Patient is managed in long-time monitoring and full-time blank pipe, although and some the portable lung function instruments on market can easily determine lung
Functional parameter, but the data of measure still can not be fed back in time to take intervening measure, and only root as early as possible by this kind equipment
Lung function parameter according to surveying and determination is also difficult to the cause of disease and its consequence for making doctor understand acute exacerbation, is thus unfavorable for the timely of tuberculosis
With accurate diagnosis and treatment.
PFT is the important physiological parameter of human body, and PM2.5 is one of Major Risk Factors of current respiratory disease,
Therefore the present inventors considered that, for technical problem present in above-mentioned existing product and the inconvenient problem of application, if right
While user's (can be consumptive or there is the healthy person of demands on examination) carries out pulmonary function test, the user is detected again
The PM2.5 data of local environment when checking, further integrate this two classes data by technology of Internet of things and are used as diagnosis
Foundation, medical personnel can simultaneously by the full-time empty service patient of various mobile terminals, real time inspection health client and sufferer
Health and pathologic, physiologic data, send warning message to client, and provide advisory opinion, are progressively close to precisely medical treatment, thus structure
A kind of Internet of Things PM2.5 ultrasounds pulmonary function detection system is built out, tuberculosis diagnosis and treatment just can convenient, be accurately and timely realized.
As shown in figure 1, the Internet of Things PM2.5 ultrasound pulmonary function detection systems that technical solutions of the utility model are provided include：
Ultrasonic lung function tests sensor 101, PM2.5 laser determinations sensor 102, data acquisition box 103, user terminal 104, Yun Ping
Platform control data corporation 105 and doctor terminal 106；The ultrasonic lung function tests sensor 101, is suitable to the PFT to user
Initial data is acquired；The PM2.5 laser determinations sensor 102, is suitable to in the lung function tests environment residing for user
PM2.5 detected；The data acquisition box 103, is suitable to receive what the ultrasonic lung function tests sensor 101 was collected
The PM2.5 data that PFT initial data and the PM2.5 laser determinations sensor 102 are detected, and it is former to the PFT
Beginning data and PM2.5 data carry out relevant treatment, then lead to the result after process directly or via the user terminal 104
Cross communication network and upload to the cloud platform control data corporation 105；The user terminal 104, is suitable to receive the data and adopts
Result after the process that collection box 103 is provided, and which is shown and simple process and the cloud platform number is uploaded to
According to administrative center 105；The cloud platform control data corporation 105, is suitable to by the data acquisition box 103 or user terminal
The patient medical record data that formed of result after 104 process for uploading, and doctor registers data, patient's diagnosis and treatment data enter
Row storage management；The doctor terminal 106, is suitable to receive the disease that the cloud platform control data corporation 105 is transmitted
Count evidence one by one, and the patient medical record data are analyzed, provide diagnostic result, and the diagnostic result is uploaded to into the cloud
Platform data administrative center 105；The diagnostic result is contained in patient's diagnosis and treatment data；The user terminal 104 is further adapted for
Receive the diagnostic result that the cloud platform control data corporation 105 sends.
It should be noted that, although pulmonary function detection and PM2.5 detection can be transferred through prior art realization, and doctor according to
Being likely to during pulmonary function detection parameter diagnosis tuberculosis can be with reference to PM2.5 data, but the PM2.5 data are typically institute of meteorological department
Announce for whole city or the air index in area, it is clear that and do not meet the air quality of the actually located environment of user,
Doctor can not be helped to carry out Accurate Diagnosis, and real-time detection user lung function parameter and its living environment PM2.5 data, and should
The diagnosis and treatment that pulmonary function detection system participation tuberculosis is built with technology of Internet of things is but that those skilled in the art are not easy to think
Arrive.
It is understandable to enable above-mentioned purpose of the present utility model, feature and advantage to become apparent from, below in conjunction with the accompanying drawings to this
The specific embodiment of utility model is described in detail.
As shown in Fig. 2 the Internet of Things PM2.5 ultrasound pulmonary function detection systems that the present embodiment is provided, including ultrasonic PFT
Determination sensor 201, PM2.5 laser determinations sensor 202, data acquisition box 203, user terminal 204, cloud platform data management
Center 205 and doctor terminal 206, above-mentioned each part role and annexation and the ultrasonic lung shown in Fig. 1
Functional examination sensor 101, PM2.5 laser determinations sensor 102, data acquisition box 103, user terminal 104, cloud platform data
Administrative center 105 and doctor terminal 106 are consistent, and here is omitted.
In the present embodiment, the communication network shown in Fig. 1 specifically includes wide area network, and data acquisition box 203, user terminal
204 and doctor terminal 206 then the wide area network can be accessed by wireless WIFI, so as to cloud platform control data corporation 205
Communicated.The wireless WIFI and wide area network, the main communication network that whole system UNICOM is provided, so that whole system shape
Into a real large-scale diagnosis and treatment Internet of things system, it is preferably that service is linked up in timely diagnosis and treatment between doctor and patient.
In other embodiments, the communication network can also be realized by wireless cellular network, such as GSM, TD-
The wireless cellular network of SCDMA, LTE.Now, if data acquisition box directly carries out communication connection with cloud platform control data corporation
System, then need to arrange corresponding cellular communication module in data acquisition box, if data acquisition box passes through user terminal and cloud platform
Control data corporation is write to each other, then wireless WIFI or other short distances can be adopted between data acquisition box and user terminal
Data transfer is realized from the communication technology (technology such as bluetooth, ZIGBEE).
In the present embodiment, the user terminal 204 is specifically as follows smart mobile phone or panel computer, the doctor terminal
206 can be PC (PC), smart mobile phone or panel computer.
During actual enforcement, the ultrasonic lung function tests sensor 201 can include sonac and sensor signal
Pretreatment circuit；The sonac is suitable to gather ultrasonic signal and be converted into corresponding electric signal, the sensor signal
Pretreatment circuit includes the signal amplification circuit for being suitable to carry out the electric signal of the sonac output signal enhanced processing,
And be suitable to be filtered the result after signal enhanced processing the filter circuit of process.The ultrasonic signal of collection passes through the letter
Number amplifying circuit, the process of filter circuit, Jing after analog signal is converted into data signal, are transferred to data acquisition box 203.
The PM2.5 laser determinations sensor 202 is used to detect PM2.5 concentration in environment which can be produced including laser
Device, determination of laser light scattering device and process circuit；The laser generator is suitable to produce LASER Light Source, and the laser dissipates
Penetrate measure device to be suitable to be scattered the LASER Light Source and determine and export laser sensing signal, it is right that the process circuit is suitable to
The laser sensing signal is processed.
The data acquisition box 203 can include power circuit, single chip circuit, wireless transceiver circuit and digital-to-analogue conversion electricity
Road；The power circuit is suitable to be powered the single chip circuit, wireless transceiver circuit and D/A converting circuit, the nothing
Line transmission circuit is suitable to receive the letter that the ultrasonic lung function tests sensor 201 and PM2.5 laser determinations sensor 202 are produced
Number, the data converting circuit is suitable to carry out the signal that the wireless transceiver circuit is received digital-to-analogue conversion, and the monolithic is electromechanical
Road is suitable to the signal after logarithmic mode conversion and carries out respective handling, and the signal that process is completed is sent to subsequently by wireless WIFI
Connecting path, i.e., be sent to the user terminal 204 or cloud platform control data corporation 205 by the wireless transceiver circuit.
The data that 204 primary recipient data acquisition box 203 of the user terminal is collected, and data are shown and letter
It is single to process, and data are uploaded to into cloud platform control data corporation 205, in addition, which can also receive doctor terminal 206 sending out
The diagnostic result to patient for coming.
The cloud platform control data corporation 205, including data storage server and data center management software, its master
It is responsible for the magnanimity patient data that collects, doctor registers data, doctor are stored and managed to the diagnostic data of patient,
There is provided doctor can carry out intercommunion platform in real time with patient.
The doctor terminal 206 can include terminal hardware and application software (APP), and its primary recipient collects disease
Count evidence one by one, and to diagnosing to patient according to data, provide diagnostic result, then upload to cloud platform control data corporation
205, and then it is transferred to user terminal 204.
The specific works step of the Internet of Things PM2.5 ultrasounds pulmonary function detection system is as follows：
Data acquisition：
The analog signal that ultrasonic lung function tests sensor 201 and PM2.5 laser determinations sensor 202 are sensed, passes through
After corresponding signal pre-processing circuit is processed, data acquisition box 203 is transferred to, data is carried out with AD by data acquisition box 203 and is turned
Change and respective handling, then the data after process are packed, and receipt of subsequent part is sent to by wireless WIFI.
Data are uploaded：
The data that data acquisition box 203 is collected can be given to user terminal 204 by WIFI transmission, then by user's end
The 204 pairs of data in end carry out a setting analysis and display, and upload the data to cloud platform control data corporation 205, in addition, data are adopted
The data that collection box 203 is collected can also directly upload the data to cloud platform data management by wireless WIFI and wide area network
Center 205.
Data storage and management：
Stored and managed by 205 pairs of data for collecting of cloud platform control data corporation.
Data processing and diagnosis：
By doctor terminal 206 from 205 downloading data of cloud platform control data corporation, and the data to downloading are analyzed,
Doctor provides diagnosis report (diagnostic result), and diagnosis report is uploaded to cloud platform control data corporation according to analysis result
205。
User checks diagnostic data：
The authority that user can be authorized to which according to cloud platform control data corporation 205, it is flat from cloud using user terminal 204
Platform control data corporation 205 downloads diagnostic result, and is checked, finally, realize medical diagnosis on disease between doctor and patient with
Link up.
The Internet of Things PM2.5 ultrasound pulmonary function detection systems that the utility model embodiment is provided, using technology of Internet of things reality
When detection user's lung function parameter and its living environment PM2.5 data, sentence by these data long-term acquisitions and analysis
The life pattern of disconnected sufferer, formulates intervening measure early, is progressively close to accurate medical demands.
Although the utility model is disclosed as above with preferred embodiment, which is not for limiting the utility model, appointing
What those skilled in the art may be by the method and skill of the disclosure above in without departing from spirit and scope of the present utility model
Art content makes possible variation and modification to technical solutions of the utility model, therefore, it is every without departing from the utility model technology
The content of scheme, any simple modification above example made according to technical spirit of the present utility model, equivalent variations and
Modification, belongs to the protection domain of technical solutions of the utility model.
Claims (6)
1. a kind of Internet of Things PM2.5 ultrasound pulmonary function detection system, it is characterised in that include：Ultrasonic lung function tests sensor,
PM2.5 laser determination sensors, data acquisition box, user terminal, cloud platform control data corporation and doctor terminal；
The ultrasonic lung function tests sensor, is suitable to be acquired the PFT initial data of user；
The PM2.5 laser determinations sensor, is suitable to detect the PM2.5 in the lung function tests environment residing for user；
The data acquisition box, is suitable to receive PFT initial data and the institute that the ultrasonic lung function tests sensor is collected
The PM2.5 data that PM2.5 laser determination sensors are detected are stated, and the PFT initial data and PM2.5 data are carried out
Then result after process directly or is uploaded to the cloud by communication network via the user terminal and is put down by relevant treatment
Platform control data corporation；
The user terminal, is suitable to the result after receiving the process that the data acquisition box is provided, and which is shown
With simple process and be uploaded to the cloud platform control data corporation；
The cloud platform control data corporation, is suitable to after the process by the data acquisition box or user terminal uploads
As a result the patient medical record data for being formed, and doctor registers data, patient's diagnosis and treatment data carry out storage management；
The doctor terminal, is suitable to receive the patient medical record data that the cloud platform control data corporation is transmitted, and to institute
State patient medical record data to be analyzed, provide diagnostic result, and the diagnostic result is uploaded to into the cloud platform data management
Center；The diagnostic result is contained in patient's diagnosis and treatment data；
The user terminal is further adapted for receiving the diagnostic result that the cloud platform control data corporation sends.
2. Internet of Things PM2.5 according to claim 1 ultrasound pulmonary function detection system, it is characterised in that the ultrasonic lung
Functional examination sensor includes sonac and sensor signal pretreatment circuit；The sonac is suitable to collection ultrasound
Signal is simultaneously converted into corresponding electric signal, and the sensor signal pretreatment circuit includes being suitable to export the sonac
Electric signal carry out the signal amplification circuit of signal enhanced processing, and be suitable to be filtered the result after signal enhanced processing
The filter circuit of process.
3. Internet of Things PM2.5 according to claim 1 ultrasound pulmonary function detection system, it is characterised in that the PM2.5 swashs
Light measurement sensor includes laser generator, determination of laser light scattering device and process circuit；The laser generator is fitted
In LASER Light Source is produced, the determination of laser light scattering device is suitable to be scattered the LASER Light Source and determines and export laser
Sense signal, the process circuit are suitable to process the laser sensing signal.
4. Internet of Things PM2.5 according to claim 1 ultrasound pulmonary function detection system, it is characterised in that the data are adopted
Collection box includes power circuit, single chip circuit, wireless transceiver circuit and D/A converting circuit；The power circuit is suitable to described
Single chip circuit, wireless transceiver circuit and D/A converting circuit are powered, and the wireless transceiver circuit is suitable to receive described super
The signal that sound lung function tests sensor and PM2.5 laser determinations sensor are produced, the data converting circuit are suitable to described
The signal that wireless transceiver circuit is received carries out digital-to-analogue conversion, and the single chip circuit is suitable to the signal after logarithmic mode conversion and carries out phase
Should process, and the signal that process is completed, the user terminal or cloud platform data are sent to by the wireless transceiver circuit
Administrative center.
5. Internet of Things PM2.5 according to claim 1 ultrasound pulmonary function detection system, it is characterised in that user's end
Hold as smart mobile phone or panel computer, the doctor terminal is PC, smart mobile phone or panel computer.
6. Internet of Things PM2.5 according to claim 1 ultrasound pulmonary function detection system, it is characterised in that the communication network
Network includes wide area network or wireless cellular network.
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| CN201620570690.9U CN206063163U (en) | 2016-06-14 | 2016-06-14 | A kind of Internet of Things PM2.5 ultrasounds pulmonary function detection system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108156251A (en) * | 2017-12-31 | 2018-06-12 | 青岛量谷无线科技有限公司 | A kind of internet of things data acquisition box and its method of work |
| CN109712721A (en) * | 2018-10-08 | 2019-05-03 | 上海锦云医疗科技有限公司 | Internet of Things Intelligent stethoscope |
-
2016
- 2016-06-14 CN CN201620570690.9U patent/CN206063163U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108156251A (en) * | 2017-12-31 | 2018-06-12 | 青岛量谷无线科技有限公司 | A kind of internet of things data acquisition box and its method of work |
| CN109712721A (en) * | 2018-10-08 | 2019-05-03 | 上海锦云医疗科技有限公司 | Internet of Things Intelligent stethoscope |
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