CN110384501A - Pulmonary function monitoring system - Google Patents
Pulmonary function monitoring system Download PDFInfo
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- CN110384501A CN110384501A CN201910639268.2A CN201910639268A CN110384501A CN 110384501 A CN110384501 A CN 110384501A CN 201910639268 A CN201910639268 A CN 201910639268A CN 110384501 A CN110384501 A CN 110384501A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/08—Detecting, measuring or recording devices for evaluating the respiratory organs
- A61B5/091—Measuring volume of inspired or expired gases, e.g. to determine lung capacity
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/68—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient
- A61B5/6801—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient specially adapted to be attached to or worn on the body surface
- A61B5/6813—Specially adapted to be attached to a specific body part
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B23/00—Exercising apparatus specially adapted for particular parts of the body
- A63B23/18—Exercising apparatus specially adapted for particular parts of the body for improving respiratory function
Abstract
The present invention relates to pulmonary function monitoring systems, belong to network technique field.The system comprises: monitoring center and detection device；Monitoring center and detection device are connected to the network；Monitoring center, for exporting detection prompt information according to predetermined detection time；Detection device, if for, to the first pulmonary function detection information, the first pulmonary function detection information being sent to monitoring center according to detection instruction acquisition of information；Monitoring center is also used to be generated according to the first pulmonary function detection information and exports Pulmonary Evaluation information.Above-mentioned technical proposal solves the problems, such as that the monitoring efficiency of lung function is low.When reaching between when detecting, the first pulmonary function detection information is obtained by detection device, monitoring center can automatically generate Pulmonary Evaluation information accordingly and be exported, and effectively improve the monitoring efficiency of lung function.
Description
Technical field
The present invention relates to network technique fields, more particularly to pulmonary function monitoring system.
Background technique
In recent years, with the variation of air quality, China has that the crowd of the respiratories such as pulmonary dysfunction is gradually huge
Greatly.For pulmonary dysfunction, is presently mainly checked after uncomfortable to hospital or terminate a period of time in diagnosis and treatment
It is checked afterwards to hospital.
In realizing process of the present invention, inventor has found that at least there are the following problems in traditional approach: traditional approach needs
People's experience goes to hospital, registers in hospital, is lined up the cumbersome procedures such as inspection, takes time and effort, this monitoring for allowing for lung function is imitated
Rate is low.
Summary of the invention
Based on this, the embodiment of the invention provides pulmonary function monitoring system, it is able to achieve the timely monitoring to lung function, effectively
Improve the monitoring efficiency of lung function.
The content of the embodiment of the present invention is as follows:
In a first aspect, the embodiment of the present invention provides a kind of pulmonary function monitoring system, comprising: monitoring center and detection are set
It is standby；Monitoring center and detection device are connected to the network；Monitoring center, for exporting detection prompt according to predetermined detection time
Information；Detection device, if for indicating acquisition of information to the first pulmonary function detection information, by the first pulmonary function detection according to detection
Information is sent to monitoring center；Monitoring center is also used to be generated according to the first pulmonary function detection information and exports Pulmonary Evaluation
Information.
In one embodiment, detection device is examined if being also used to be had not been obtained according to detection instruction information to the first lung function
Measurement information sends failure feedback information to monitoring center；Monitoring center is also used to re-emit detection according to failure feedback information
Prompt information.
It in one embodiment, further include the first client, the first client and monitoring center are connected to the network；First client
End sends detection time to monitoring center for determining detection time according to predetermined detected rule.
It in one embodiment, further include the second client, the second client and monitoring center are connected to the network；In monitoring
The heart is also used to obtain lung function standard information corresponding with the second client, by the first pulmonary function detection information and lung function mark
Calibration information is compared, and generates Pulmonary Evaluation information according to comparison result, and Pulmonary Evaluation information is sent to the first visitor
Family end and the second client；The first client and the second client, for being shown to Pulmonary Evaluation information.
In one embodiment, monitoring center reaches if being also used to the preset monitoring end time, when according to setting history
Between section Pulmonary Evaluation information, generate overall monitoring assessment report, and send to the first client and the second client overall
Monitor assessment report；If determining that monitor task is completed according to the Pulmonary Evaluation information of setting historical time section, stop current
Lung function monitoring.
In one embodiment, monitoring center reaches if being also used to the preset monitoring end time, when according to setting history
Between section Pulmonary Evaluation information, generate overall monitoring assessment report, and send to the first client and the second client overall
Monitor assessment report；If determining that monitor task does not complete according to the Pulmonary Evaluation information of setting historical time section, according to preparatory
Determining detection time issues new detection prompt information.
In one embodiment, monitoring center is also used to receive the second pulmonary function detection information of input equipment transmission, root
Pulmonary Evaluation archives are established according to the second pulmonary function detection information；Wherein, input equipment includes at least one of the following: that voice inputs
Equipment, medical record information acquisition equipment, image analysing computer equipment and Intelligent bracelet.
In one embodiment, monitoring center is also used to obtain the second pulmonary function detection letter from Pulmonary Evaluation archives
Breath；According to the first pulmonary function detection information and the second pulmonary function detection information, generates and export Pulmonary Evaluation information.
In one embodiment, detection device includes lung function instrument, and lung function instrument is attached on detected object；Lung function
Instrument, for obtaining at least one following first pulmonary function detection information of detected object in real time: peak flow velocity is firmly exhaled for first second
Air space and forced vital capacity.
In one embodiment, further includes: training equipment；Training equipment includes at least one of the following: ventilator and exhales
Inhale training aids；Monitoring center is also used to send training instruction to training equipment；Training equipment, for being executed according to training instruction
Specific training operation.
It in one embodiment, further include medication record instrument；Medication record instrument, for receiving the medication of monitoring center transmission
It indicates information, acquisition of information medication compliance information is indicated according to medication, drug is sent to monitoring center according to medication compliance information
Monitoring information.
A technical solution in above-mentioned technical proposal has the following advantages that or the utility model has the advantages that when reaching between when detecting,
First pulmonary function detection information is obtained by detection device, monitoring center can automatically generate Pulmonary Evaluation information accordingly and carry out defeated
Out, the monitoring efficiency of lung function is effectively improved.
Detailed description of the invention
Fig. 1 is the structural block diagram of pulmonary function monitoring system in one embodiment；
Fig. 2 is the display schematic diagram of Pulmonary Evaluation information in one embodiment；
Fig. 3 is the structural block diagram of pulmonary function monitoring system in another embodiment；
Fig. 4 is the display schematic diagram of Pulmonary Evaluation information in another embodiment；
Fig. 5 is the interaction schematic diagram of each equipment of lung function system in one embodiment；
Fig. 6 is the implementation flow chart of pulmonary function monitoring system in one embodiment；
Fig. 7 is the structural block diagram of pulmonary function monitoring system in further embodiment；
Fig. 8 is the internal structure of computer equipment in one embodiment.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
Referenced herein " embodiment " is it is meant that a particular feature, structure, or characteristic described can wrap in conjunction with the embodiments
It is contained at least one embodiment of the application.Each position in the description occur the phrase might not each mean it is identical
Embodiment, nor the independent or alternative embodiment with other embodiments mutual exclusion.Those skilled in the art explicitly and
Implicitly understand, embodiment described herein can be combined with other embodiments.
In one embodiment, as shown in Figure 1, providing a kind of pulmonary function monitoring system, comprising: monitoring center 101 and
Detection device 102；Monitoring center 101 and detection device 102 are connected to the network；Monitoring center 101, for according to predetermined inspection
Survey time output detection prompt information；Detection device 102, if for according to detection instruction acquisition of information to the first pulmonary function detection
First pulmonary function detection information is sent to monitoring center 101 by information；Monitoring center 101 is also used to be examined according to the first lung function
Measurement information generates and exports Pulmonary Evaluation information.
Wherein, monitoring center 101 with detection device 102 for connecting, and controls the overall of lung function monitoring and realize, specifically
Include: that control detection device 102 obtains the first pulmonary function detection information, lung function is generated according to the first pulmonary function detection information and is commented
Estimate information and exports Pulmonary Evaluation information generated.Monitoring center 101 can be each to what is generated during pulmonary function detection
Kind data (including detection time, detection prompt information, pulmonary function detection information, Pulmonary Evaluation information etc.) are stored, and are risen
To the effect of backup.Monitoring center 101 can realize by server, specifically can be either multiple with independent server
The server cluster of server composition is realized, can also refer to cloud server.In some embodiments, monitoring center 101
Can be terminal, the terminal can be, but not limited to be various personal computers, laptop, smart phone, tablet computer and
Portable wearable device.On the other hand, monitoring center can will test prompt information and be sent to detection device to carry out lung function
It can detection；Prompt information can also be will test and be sent to terminal device (can be computer, mobile phone etc.), controlled and examined by terminal device
Measurement equipment carries out pulmonary function detection.
Detection device 102 refers to the equipment for carrying out lung function infomation detection, and detection device 102 can pass through lung function
The equipment such as instrument, Intelligent bracelet realize that lung function information detected can be understood as various letters relevant to pulmonary status
Breath.
Further, after generating Pulmonary Evaluation information, Pulmonary Evaluation information can be sent to by monitoring center
Detection device 102 issues other equipment and is shown or be further processed.
The aforementioned term being related to is explained below:
Detection time, can refer at the time of need to carry out pulmonary function detection or duration.This moment can be one, can also
Think two or more；This duration can be 1min, 5min etc., can also determines according to actual conditions be other durations.
In the case of detection moment is multiple, the interval between different detection moments be can be fixed, and is also possible to according to certain
Rule (such as: linear increment) variation, it can also be random.
Prompt information is detected, can refer to that the information that this detection of prompt starts, the detection prompt information can be sent to inspection
Measurement equipment starts to obtain the first pulmonary function detection information to control detection device；Can also be sent to user use other set
It is standby, to prompt user to carry out by detection device this pulmonary function detection, or opened by " other equipment " detection trigger equipment
Begin to obtain the first pulmonary function detection information.
First pulmonary function detection information can refer to the various information relevant to lung function obtained by detection device, such as:
Tidal volume (VT) mends breathing volume (ERV), complemental air volume (IRV), inspiratory capacity (IC), lung capacity (VC), functional residual
Amount (FRC), residual volume (RV), total lung capacity (TLC), pulmonary ventilation volume include minute ventilation at rest (VE), maximal ventilatory volume
(MVV), forced vital capacity (FVC), maximum expiration middle section amount (MMEF or MMF), peak flow velocity (PEF), first second forced expiration hold
Product (FEV1) etc..It should be noted that these the first pulmonary function detection information can be acquired by a detection device,
It can be acquired by multiple detection devices.
Pulmonary Evaluation information can refer to the information assessed the operating status of lung function, and it is strong to can be lung function
Whether health, the pulmonary status such as lesion that may be present, lesion severity.Can by bar blocks as shown in Figure 2, into
The display of row Pulmonary Evaluation information, triangle characterization below bar blocks is that detected object (can be the mould of a certain lung
Type etc.) lung function be totally in moderate state.
Pulmonary function monitoring system provided in this embodiment, when detecting between when reaching, the first lung function is obtained by detection device
Can detection information, monitoring center can automatically generate Pulmonary Evaluation information accordingly and be exported, do not need it is special to hospital or
Person laboratory carries out pulmonary function detection, effectively improves the monitoring efficiency of lung function.
In one embodiment, detection device is examined if being also used to be had not been obtained according to detection instruction information to the first lung function
Measurement information sends failure feedback information to monitoring center；Monitoring center is also used to re-emit detection according to failure feedback information
Prompt information.
First pulmonary function detection information can be obtained by manual control detection device, can also be obtained automatically by detection device
It takes.During being detected, it is possible that user does not detect, detection mode error leads to that detection knot has not been obtained
Fruit, detection device detection function situations such as breaking down, therefore detection device possibly can not get the first pulmonary function detection
Information.In this case, detection device can send failure feedback information to monitoring center, so that monitoring center is former to failure
Because being analyzed, if it is determined that the problem of not being detection device itself, then detection prompt information can be re-emitted, to control inspection
Measurement equipment re-starts the detection of lung function information, if it is determined that the reason of being detection device, then can search reason and export
Maintenance of equipment suggestion.
Monitoring center can retransmit detection prompt information at once when receiving feeding back unsuccessful information；It can also inquire
Detection time next time retransmits detection prompt information when detection time next time reaches again.
For the present embodiment when detection device has not been obtained to the first pulmonary function detection information, control detection device re-starts lung
The detection of function, the case where capable of preventing missing inspection, guarantee the integrality and reliability of acquired pulmonary function detection information.
In one embodiment, as shown in figure 3, further including the first client 301, the first client 301 and monitoring center
Network connection；First client sends to monitoring center and detects for determining detection time according to predetermined detected rule
Time.In some embodiments, it is also possible to directly detection time be generated by monitoring center, without sending out by the first client
It send.
Wherein, the first client can refer to computer, smart phone etc..In some embodiments, the first client can manage
Solution is the client that the users such as doctor, experimenter use, these users are realized by the first client to pulmonary function detection
Control, Pulmonary Evaluation information are checked.Further, the first client can also refer on computer, smart phone etc.
APP, small routine, embedded control system etc..
Wherein, detected rule can refer to the rule followed needed for pulmonary function detection process, may include detection frequency, detection
Duration, detection mode etc..First client just can determine that out the information such as the time of each pulmonary function detection according to detected rule.This
A detected rule can be inputted by user, can also by the first client (or monitoring center) according to the state of detected object from
It is dynamic to determine, for example, the state of being detected is in the state of lung failure, needs continually to detect pulmonary status, will test rule
Detection frequency in then is determined as 1 time/hour.
Further, the first client can be sent next time when detection time next time will be reached to monitoring center
Detection time, all detection times disposably can also being sent to monitoring center, (monitoring center is in detection time next time
When reaching, automatic output detection prompt information).
Above-described embodiment realizes the determination of detection time by the first client, can guarantee the detection of lung function when specific
Interior progress effectively obtains pulmonary function detection information, while can play the reminding effect to pulmonary function detection, prevents missing inspection,
Improve the integrality and reliability of acquired pulmonary function detection information.
In one embodiment, as shown in figure 3, further including the second client 302, the second client 302 and monitoring center
Network connection；Monitoring center is also used to obtain lung function standard information corresponding with the second client, by the first pulmonary function detection
Information is compared with lung function standard information, generates Pulmonary Evaluation information according to comparison result, and Pulmonary Evaluation is believed
Breath is sent to the first client and the second client；The first client and the second client, for Pulmonary Evaluation information into
Row display.
Wherein, the second client can refer to computer, smart phone etc..In some embodiments, the second client can manage
Solution is the client that the users such as patient, family members, detected object use, these users can be realized by the second client to lung
The control of Function detection, Pulmonary Evaluation information are checked.Further, the second client can also refer to computer, intelligent hand
APP, small routine, embedded control system on machine etc. etc..
Lung function standard information corresponding with the second client can be understood as detected pair inputted in the second client
The lung function standard information (can according to height, weight of detected object etc. determine) of elephant, the lung function standard information can be with
Shown that (" my lung function standard " in such as upper right corner Fig. 4, user click corresponding position and can look into the manner illustrated in fig. 4
See the lung function standard of oneself).Lung function standard information corresponding with the second client is it can be appreciated that the second client is logical
It crosses the average lung function standard information for the people that the mode of network inquiry perhaps data base querying obtains or a certain is detected pair
The lung function standard information of elephant.
The first client and the second client can carry out Pulmonary Evaluation letter in a manner of text, figure, audio, video etc.
The display of breath.The mode for carrying out picture and text showing on a second client can be as shown in figure 4, what the curve graph on the top Fig. 4 characterizes
It is the comparison of PEF value detected Yu PEF optimum value (also could alternatively be standard value), the text importing at middle part is each lung
Pulmonary Evaluation result is shown in the specific value of Function detection information, lower part.Further, Pulmonary Evaluation information is sent out
Give the first client and the second client, it can be understood as to user feedback pulmonary function detection information and assessment result, make
The Pulmonary Evaluation information of detected object can be viewed with the user of the first client and the second client.
In some embodiments, Pulmonary Evaluation information can also be simply sent in the first client and the second client
One.
Further, the quantity of the first client and the second client can be for 1,2 or multiple, the first visitor
It also can communicate between family end and the second client, between the first client and between the second client.
Above-described embodiment can be directed to according to demand by the determination of the information realization Pulmonary Evaluation information of the second client
Property carry out the generation of Pulmonary Evaluation information, and pass through the first client and the second client and carry out Pulmonary Evaluation information
It has been shown that, can effectively improve the intelligence of pulmonary function monitoring system.
In one embodiment, monitoring center reaches if being also used to the preset monitoring end time, when according to setting history
Between section Pulmonary Evaluation information, generate overall monitoring assessment report, and send to the first client and the second client overall
Monitor assessment report.
Wherein, setting historical time section can refer to the entire historical time section detected to detected object, can also be with
It is some or certain periods therein, specific determination can be determines according to actual conditions.
Overall monitoring assessment report can refer to the net assessment generated when completing pulmonary function detection to a certain detected object
As a result, may include the pulmonary status etc. of detected object at the end of detection time section, detection mode, testing result, detection
Information.Certainly, in no completion pulmonary function detection, monitoring center can also regular (period can be one week, January etc.) root
Overall monitoring assessment report is generated according to Pulmonary Evaluation information, and overall monitoring assessment report is exported to specific terminal, with
Notify the related personnel such as doctor, patient.
Monitoring center can judge whether the lung function of detected object is in normal condition according to Pulmonary Evaluation information,
If it is, can be determined that monitor task is completed, if it is not, then can be determined that monitor task does not complete.Further, at one
In embodiment, monitoring center, if being also used to determine that monitor task is completed according to the Pulmonary Evaluation information of setting historical time section,
Stop current lung function monitoring.Certainly, in some embodiments, it is also possible to according to the stopping lung function monitoring of user's input
Instruction stops current lung function monitoring.
In another embodiment, monitoring center, if being also used to the Pulmonary Evaluation information according to setting historical time section
Determine that monitor task does not complete, new detection prompt information is issued according to predetermined detection time.
Wherein, issuing detection time corresponding to new detection prompt information can be according to Pulmonary Evaluation information come really
It is fixed.Such as: different pulmonary status is corresponding with different detection times, such as: A pulmonary status → every morning 10:00,
The morning 10:00 of B pulmonary status → on every Sundays.If a certain measurand finds its lung function when Pulmonary Evaluation information judges
Energy state becomes B from A, then does not need to send detection prompt information in next day 10:00, it is only necessary on next Sunday
10:00 sends new detection prompt information.
The present embodiment re-emits detection prompt information when monitor task does not complete, and can continue the prison of lung function
Control effectively improves lung function and supervises until the pulmonary status of detected object be in normal condition or meets some requirements
The intelligence of control system.
In one embodiment, monitoring center is also used to receive the second pulmonary function detection information of input equipment transmission, root
Pulmonary Evaluation archives are established according to the second pulmonary function detection information；Wherein, input equipment includes at least one of the following: that voice inputs
Equipment, medical record information acquisition equipment, image analysing computer equipment and Intelligent bracelet.
Wherein, voice-input device can be smart phone, intercom, computer, wearable device etc..
Medical record information acquisition equipment may include that perhaps image input interface is inputted camera by camera or image
Interface obtains case history image, and the lung function that pulmonary status is described in case history can be got by being analyzed case history image
It can medical record information.Medical record information is obtained except through the mode of image analysis, it can also be by testing staff directly in medical record information
Medical record information is inputted in acquisition equipment.Medical record information acquisition equipment can refer to computer, mobile phone etc..
Image analysing computer equipment can be the equipment such as X-ray machine, CT machine, magnetic resonance machine.The acquisition of these image analysing computer equipment is tested
It surveys the image information of object and carries out analysis of Pulmonary Function.
Intelligent bracelet can refer to conventional bracelet, this bracelet has the function of measurement lung function related data.Certainly, intelligence
Energy bracelet also could alternatively be other wearable devices, for example, it may be the equipment for being pasted onto lung's skin surface, real
When obtain lung running state data.
In one embodiment, monitoring center is also used to obtain the second pulmonary function detection letter from Pulmonary Evaluation archives
Breath；According to the first pulmonary function detection information and the second pulmonary function detection information, generates and export Pulmonary Evaluation information.That is, knot
The pulmonary function detection information that input equipment and detection device obtain is closed to generate Pulmonary Evaluation information, so that identified lung
Functional assessment information is more fully.
Further, it for establishing Pulmonary Evaluation archives for detected object A, can be established for detected object A
One files, that voice-input device, medical record information acquisition equipment, image analysing computer equipment and Intelligent bracelet are obtained
Two pulmonary function detection information inputs are into the files；In the first lung function for obtaining detected object A by detection device
When detection information, also in real time by the first pulmonary function detection information input into the files.It in this way can be real
Now different detected objects are managed independently, improve the efficiency of management of pulmonary function detection system.
In addition, doctor, testing crew etc. can transfer the detection information of detected object A at any time, and its lung function can
It takes appropriate measures when can deteriorate, avoids breathing slow disease patient from entering the disease hair phase, or obtain the state of an illness between the sick hair phase
It efficiently controls, enhances the communication between doctors and patients, improve doctor-patient relationship nervous at present.
Further, as long as doctor has account number cipher to establish, check at any time or modifies the archives of respective patient
Information in file is normally carried out with controlling treatment and rehabilitation.
Above-described embodiment is accomplished that the process for establishing lung function archives, is retouched according to the lung function that voice-input device inputs
State lung image information, intelligence that information, the lung function medical record information of pathological information acquisition equipment input, image analysing computer equipment input
The lung function relevant information etc. of energy bracelet input establishes lung function archives, these information can be used as to be detected in previous embodiment
Survey the reference information of object.Based on this, it can establish detected object and the lung function archives of other subjects, needing
When carrying out Pulmonary Evaluation, directly inquiring the lung function archives just can be carried out the comparative analysis of pulmonary status, generates and exports
Pulmonary Evaluation information can effectively improve the efficiency of pulmonary function detection.
In one embodiment, detection device includes lung function instrument, and lung function instrument is attached on detected object；Lung function
Instrument, for obtaining at least one following first pulmonary function detection information of detected object: peak flow velocity (PEF), first second in real time
Forced expiratory volume (FEV1) and forced vital capacity (FVC).
Lung function instrument can be connected to the network with monitoring center by modes such as GSM, bluetooth, Nb-iot, and then be realized
Network communication.
In some embodiments, lung function instrument can also periodically or non-periodically measure the pulmonary function detection of detected object
Information, without obtaining pulmonary function detection information in real time.
Above-described embodiment obtains a variety of pulmonary function detection information by lung function instrument, and accordingly, monitoring center can accurately really
Make Pulmonary Evaluation information.In addition, the measurement of these information does not need the user effort too many time, do not need too professional yet
Requirement, can effectively expande the scope of application of pulmonary function monitoring system.
In one embodiment, further includes: training equipment；Training equipment includes at least one of the following: ventilator and exhales
Inhale training aids；Monitoring center is also used to send training instruction to training equipment；Training equipment, for being executed according to training instruction
Specific training operation.
Wherein, ventilator and respiration training (being referred to as three-globe instrument) can refer to according to the training that monitoring center is sent
It enables with output gas such as specific frequency, air pressures, to control the respiratory of detected object, is gradually restored to its breathing just
Normal state.
Training equipment can adhere to or be worn on detected object, and corresponding instruction is executed when receiving training instruction
It drills work, detected object is helped to improve the state of lung function.
Above-described embodiment carries out respiratory training by controlled training equipment, can occur in detected object pulmonary status
When abnormal, its breathing is controlled in time, its pulmonary status is made to be maintained at maintenance level, realizes the auxiliary of acute exacerbation lung function problem
Help management.
It in one embodiment, further include medication record instrument；Medication record instrument, for receiving the medication of monitoring center transmission
It indicates information, acquisition of information medication compliance information is indicated according to medication, drug is sent to monitoring center according to medication compliance information
Monitoring information.
Wherein, medication compliance information can be by identifying the movement of detected object, the body fluid for analyzing detected object etc.
Whether mode determines, can specifically include: taking drugs, the type, medication time, the medication quantity that are taken drugs etc..
Monitoring center can know the drug administration situation of detected object after receiving drug surveillance information, and estimate
The effectiveness that drug rises on detected object, if it is decided that detected object can reach normal condition (this by taking drugs
When can also judge in conjunction with Pulmonary Evaluation information), current lung function monitoring can be stopped, conversely, can then continue into
The monitoring of row lung function and drug administration monitoring etc..
Further, if patient does not pass through medication recorder in time to physician feedback medication situation, according to patient profiles
(such as asthmatic patient of sick hair phase, two or three does not all feed back medicining condition everyday), doctor can be by phones or to second
Client sends prompt information.Patient or family members is allowed to confirm its monitoring data situation.After taking drugs, patient or family members can be mended
Upper monitoring record.
In some embodiments, if it is determined that detected object does not take drugs, can also by the second client or
Other equipment export dosing prompt information.
Above-described embodiment is able to achieve the monitoring of the medication to detected object, and knows the lung function shape of detected object accordingly
State guarantees the reliability of lung function monitoring.
In one embodiment, the above method, a lung function of the present invention detailed below are supervised in order to better understand
Control systematic difference example.It include doctor's end equipment 301 (APP can be installed thereon), patient side equipment in the application example
302, cloud server 303 and lung function instrument 304, can carry out network communication between these equipment respectively, these equipment it
Between interaction can be as shown in figure 5, the execution process of whole system can be as shown in fig. 6, be described as follows:
Patient see a doctor when, doctor determines whether the patient needs to carry out long-term lung function monitoring, if necessary to and patient
It is ready to receive dynamic lung function monitoring, doctor carries out alert device by doctor's end equipment at this time, and doctor's end equipment takes to cloud
Business device sends the prompting message (can embody by detection time) of setting.Cloud server sends lung function to patient side equipment
Detection scheme, patient side equipment according to pulmonary function detection scheme when detecting between reach when control lung function instrument carry out lung function prison
It surveys, the first obtained pulmonary function detection data are sent to patient side equipment by lung function instrument, by patient side equipment by the first lung function
Energy detection data returns to cloud server, and cloud server generates Pulmonary Evaluation number according to the first pulmonary function detection data
According to, then give Pulmonary Evaluation data feedback to doctor's end equipment.If doctor's end equipment does not receive Pulmonary Evaluation data feedback,
Then lung function parameter information can be obtained automatically by way of accessing cloud server and update Pulmonary Evaluation data.Separately
Outside, it is (i.e. total in previous embodiment can be periodically generated lung function dynamic report according to Pulmonary Evaluation information for cloud server
Body monitors assessment report), and determining without continuing to stop current lung function monitoring when lung function monitoring, if also needing to monitor
Then continue lung function monitoring.
Pulmonary function monitoring system provided by the above embodiment can remind patient during breathing chronic disease treatment according to doctor's advice
Monitoring and rehabilitation training are had timely completed, while enhancing the trust between doctors and patients, improves the tight relationship between current doctors and patients.It passes
The doctor-patient relationship of system rests on hospital in a flash, and above-described embodiment is expanded to outside institute, make its be no longer limited to space and
Temporal limitation, the communication between doctors and patients provide effective medium and tool.
In one embodiment, as shown in fig. 7, pulmonary function monitoring system includes quality control system, decision system and data
Reception and storage system.
Wherein, data receiver and storage system with detection device for connecting, to receive the data of its transmission and be deposited
Storage, it is also possible to store the data of decision system and quality control system generation.Quality control system is used to monitor entire lung function
System carry out quality control, if it is determined that perhaps functional module goes wrong some equipment, pointedly carry out repair or
Export failure indication information.Decision system is made for being analyzed and processed to data receiver and the received data of storage system
Decision simultaneously generates as a result, for example: the first pulmonary function detection information received to data receiver and storage system carries out analysis generation
Pulmonary Evaluation information carries out Analysis of Policy Making according to pulmonary status of the Pulmonary Evaluation information to detected object, and determining should
Whether detected object needs to continue lung function monitoring.
Further, which may be implemented multiple functional modules in multiple functions, such as Fig. 7.This
A little functional modules exist in a manner of independent or intersect (division mode being not limited only in Fig. 7), below to these function moulds
Block is specifically described:
1, it files and assisting in diagnosis and treatment system.This is filed and assisting in diagnosis and treatment system and intelligent sound input equipment, medical record information
Equipment, Intelligent bracelet and the connection of image analysing computer equipment are acquired, to receive the second pulmonary function detection information of these equipment input,
The Pulmonary Evaluation archives of each detected object are established according to the second pulmonary function detection information.File and assisting in diagnosis and treatment system in
Pulmonary Evaluation archives can be used for assisting in diagnosis and treatment, doctor or testing crew can be obtained by inquiring Pulmonary Evaluation archives
Know the pulmonary function detection information (can also directly be obtained by decision system) of each detected object, and then preferably determines to be detected
Survey the pulmonary status of object.
2, it is classified diagnosis and therapy system.Different intelligent terminals is set in different hospitals or clinic, these intelligent terminals can
To need to be divided into multiple classifications, multiple grades according to business, with the realization of supplementary classification diagnosis and treatment.
3, acute exacerbation aided management system.Lung function is carried out to detected object in real time by intelligent wearable device etc.
Can state detection, if decision system according to corresponding first pulmonary function detection information determines the detected object, sb.'s sickness becomes critical,
It can then be occurred with outputting alarm information to prevent danger；Meanwhile the breathing of detected object can be assisted by noninvasive ventilator, with
Anti- aggravation.
4, dynamic tracing and intelligent follow-up system.The real-time tracing to detected object is realized by Intelligent bracelet；Doctor,
Testing crew etc. can also carry out follow-up to detected object by electronic speech follow-up equipment (smart phone etc.), obtain in real time
The state of detected object.
5, house management and rehabilitation system.Detected object is in by following equipment can be achieved with the reality of pulmonary status
When monitoring and rehabilitation training: intelligent wearable device, electronic speech follow-up equipment, noninvasive ventilator, intelligent lung function instrument and
Intelligent three-globe instrument etc..
6, medication monitoring and educational system.The pulmonary function detection information of detected object is obtained by intelligent terminal, and is led to
Drug recorder is crossed to determine whether detected object takes drugs by volume on time, is mentioned in the case where taking medicine not in time
It wakes up and educates, user can be effectively ensured and take drugs in time, guarantee the recovery of pulmonary status.
7, early screening system.The pulmonary function detection information of detected object is determined by intelligent lung function instrument, it can be in time
Ground determines whether detected object the early stage performance of pulmonary dysfunction occurs, and is taking measures when something goes wrong.
It should be noted that above-mentioned intelligence wearable device, Intelligent bracelet, intelligent lung function instrument can be understood as it is aforementioned
Detection device in embodiment.
Pulmonary function monitoring system provided by the above embodiment includes multiple functions module, is able to achieve multiple functions, can be convenient
It timely and accurately finds the lung function problem of detected object, and takes appropriate measures, the peace of effective guarantee detected object
Quan Xing.
In one embodiment, the monitoring center in previous embodiment can be realized by computer equipment.The computer
Equipment can be terminal, and internal structure chart can be as shown in Figure 8.The computer equipment includes the place connected by system bus
Manage device, memory, network interface, display screen and input unit.Wherein, processor is for providing calculating and control ability.
Reservoir includes non-volatile memory medium, built-in storage.The non-volatile memory medium be stored with operating system and
Computer program.The built-in storage provides ring for the operation of operating system and computer program in non-volatile memory medium
Border.Network interface is used to communicate with external terminal by network connection.To realize when the computer program is executed by processor
A kind of lung function monitoring method based on pulmonary function monitoring system.Display screen can be liquid crystal display or electric ink is shown
Screen, input unit can be the touch layer covered on display screen, be also possible to the key being arranged on computer equipment shell, track
Ball or Trackpad can also be external keyboard, Trackpad or mouse etc..
It will be understood by those skilled in the art that structure shown in Fig. 8, only part relevant to application scheme is tied
The block diagram of structure does not constitute the restriction for the computer equipment being applied thereon to application scheme, specific computer equipment
It may include perhaps combining certain components or with different component layouts than more or fewer components as shown in the figure.
The term " includes " of the embodiment of the present invention and " having " and their any deformations, it is intended that cover non-exclusive
Include.Such as contain series of steps or the process, method, system, product or equipment of (module) unit are not limited to
The step of listing or unit, but optionally further comprising the step of not listing or unit, or optionally further comprising for these
The intrinsic other step or units of process, method, product or equipment.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
The embodiments described above only express several embodiments of the present invention, should not be understood as to the invention patent range
Limitation.It should be pointed out that for those of ordinary skill in the art, without departing from the inventive concept of the premise,
Various modifications and improvements can be made, and these are all within the scope of protection of the present invention.Therefore, the scope of protection of the patent of the present invention
It should be determined by the appended claims.
Claims (10)
1. a kind of pulmonary function monitoring system characterized by comprising monitoring center and detection device；The monitoring center with
The detection device network connection；
The monitoring center, for exporting detection prompt information according to predetermined detection time；
The detection device, if for according to detection instruction acquisition of information to the first pulmonary function detection information, by described the
One pulmonary function detection information is sent to the monitoring center；
The monitoring center is also used to be generated according to the first pulmonary function detection information and exports Pulmonary Evaluation information.
2. system according to claim 1, which is characterized in that
The detection device, if being also used to indicate that information has not been obtained to the first pulmonary function detection information according to the detection, to institute
It states monitoring center and sends failure feedback information；
The monitoring center is also used to re-emit the detection prompt information according to the failure feedback information.
3. system according to claim 1, which is characterized in that it further include the first client, first client and institute
State monitoring center network connection；
First client, for determining detection time according to predetermined detected rule, Xiang Suoshu monitoring center is sent
The detection time.
4. system according to claim 3, which is characterized in that it further include the second client, second client and institute
State monitoring center network connection；
The monitoring center is also used to obtain lung function standard information corresponding with second client, by first lung
Function detection information is compared with the lung function standard information, generates the Pulmonary Evaluation information according to comparison result,
And the Pulmonary Evaluation information is sent to first client and second client；
First client and second client, for being shown to the Pulmonary Evaluation information.
5. system according to claim 4, which is characterized in that
The monitoring center, is also used to
If the preset monitoring end time reaches, according to the Pulmonary Evaluation information of setting historical time section, overall monitoring is generated
Assessment report, and the overall monitoring assessment report is sent to first client and second client；
If determining that monitor task is completed according to the Pulmonary Evaluation information of the setting historical time section, stop current lung function
Monitoring；And/or if determine that monitor task does not complete according to the Pulmonary Evaluation information of the setting historical time section, according to pre-
First determining detection time issues new detection prompt information.
6. system according to claim 1, which is characterized in that
The monitoring center is also used to receive the second pulmonary function detection information of input equipment transmission, according to the second lung function
Energy detection information establishes Pulmonary Evaluation archives；
Wherein, the input equipment includes at least one of the following: voice-input device, medical record information acquisition equipment, image analysing computer
Equipment and Intelligent bracelet.
7. system according to claim 6, which is characterized in that
The monitoring center is also used to obtain the second pulmonary function detection information from the Pulmonary Evaluation archives；According to
The first pulmonary function detection information and the second pulmonary function detection information, generate and export Pulmonary Evaluation information.
8. system according to claim 1, which is characterized in that the detection device includes lung function instrument, the lung function
Instrument is attached on detected object；
The lung function instrument, for obtaining at least one following first pulmonary function detection information of the detected object in real time:
Peak flow velocity, Forced expiratory volume in one second and forced vital capacity.
9. system according to claim 1, which is characterized in that further include: training equipment；The trained equipment includes following
At least one of: ventilator and respiration training；
The monitoring center is also used to send training instruction to the trained equipment；
The trained equipment, for executing specific training operation according to the training instruction.
10. system according to claim 1, which is characterized in that further include medication record instrument；
The medication record instrument indicates information for receiving the medication that the monitoring center is sent, indicates to believe according to the medication
Breath obtains medication compliance information, sends drug surveillance information to the monitoring center according to the medication compliance information.
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Application publication date: 20191029 |