CN106295201A - A kind of cornea real-time monitoring system and monitoring method thereof - Google Patents
A kind of cornea real-time monitoring system and monitoring method thereof Download PDFInfo
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- CN106295201A CN106295201A CN201610670053.3A CN201610670053A CN106295201A CN 106295201 A CN106295201 A CN 106295201A CN 201610670053 A CN201610670053 A CN 201610670053A CN 106295201 A CN106295201 A CN 106295201A
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Abstract
The present invention relates to a kind of cornea real-time monitoring system and monitoring method thereof, the patient end including system management platform, being connected respectively and doctor terminal, cornea taking lens and there is the mobile terminal of taking module with system management platform interactive mode；Cornea taking lens is connected with the input of patient end by taking module.The present invention can shoot, by the taking module of cornea taking lens and mobile terminal, the corneal photographs meeting medical treatment demand clearly, and corneal photographs is sent to system management platform, the data of patient information and corneal photographs are carried out storing and analyzing coupling by system management platform, doctor obtains the state of an illness information of patient by doctor terminal, and makes diagnosis in time or carry out the real-time exchange of the state of an illness.The present invention can make doctor remotely find anomaly of cornea in time, makes and diagnosing accurately, make patient be treated timely simultaneously, prevents conditions of patients from deteriorating.
Description
Technical field
The present invention relates to remote Diagnosis Technology field, be specifically related to a kind of cornea real-time monitoring system and monitoring method thereof.
Background technology
Doctor takes a significant amount of time as the relatively stable chronic's inquiring of the state of an illness, and chronic is also required to flower simultaneously
The expense plenty of time is on queuing inquiring is got it filled, if it is possible to patient shunted, and reduces hospital's flow of the people, it becomes possible to improve doctor
The operational paradigm of institute, remote diagnosis becomes the key realizing target.
At present, need to wear for a long time and continual real-time monitoring, every time due to Ortho-K treatment keratopathy
Monitoring patient needs to link up the state of an illness face to face with doctor, and if things go on like this, this monitoring need to devote a tremendous amount of time and cost, promptness
Poor, easily miss golden hour, thus affect the state of an illness of patient.Even if existing instant messaging means can be used to shoot
The photo of cornea is sent to doctor and diagnoses, and owing to the photo of shooting is unintelligible, doctor can not accurately judge, and doctor
In time the case history of patient cannot be mated with the information of patient, it is impossible to patient is carried out pathology accurately and timely and instructs.
Summary of the invention
It is an object of the invention to provide a kind of cornea real-time monitoring system and monitoring method thereof, this cornea monitors system in real time
System and monitoring method thereof can will analyze module by the disease of patient by data storage after the image of the cornea shooting clear of patient
Go through and match with patient information, the doctor in charge of corresponding transmission to patient so that doctor can carry out sentencing of the state of an illness accurately
Break and make and instruct timely, solve deficiency of the prior art.
For achieving the above object, present invention employs techniques below scheme:
A kind of cornea real-time monitoring system, including system management platform, the patient that is connected with system management platform interactive mode respectively
End and doctor terminal, cornea taking lens and the mobile terminal with taking module；Cornea taking lens by taking module with
The input of patient end is connected.
Further, described system management platform includes that data storage is analyzed module and analyzes module friendship with data storage
The doctor that formula connects mutually manages module and hospital management module；
Described patient end includes that transmission module in Registering modules, the first login module, data, case history are checked module and hand in real time
Module mutually；The storage of described data analyze the input of module respectively with outfan, the output of the first login module of Registering modules
On end and data, the outfan of transmission module is connected, and the storage of described data is analyzed the outfan of module and checked the defeated of module with case history
Entering end to be connected, the storage of described data is analyzed module and is connected with real-time, interactive module interactive mode；
Described doctor terminal includes the second login module, diagnostic module, inquiring module, case control's module；The storage point of described data
The input of analysis module is connected with the outfan of the second login module and the outfan of case control's module respectively, and described data are deposited
Storage is analyzed module and is connected with diagnostic module and inquiring module interactive mode.
Further, described cornea taking lens is connected with the input of transmission module in data by taking module.
Further, described cornea taking lens includes being connected with connector for the connector being connected with mobile terminal
Pedestal be connected with base thread lens barrel, be arranged in lens barrel for shortening the convex lens assembly of taking module focal length, setting
Light source on lens barrel inwall and the circuit board being arranged in lens barrel.
Further, the inwall of described lens barrel is circumferentially with shading step.
Further, one end that described lens barrel contacts with eye is provided with Cornu Bovis seu Bubali eyeshield.
Further, described connector includes the grip slipper housing for clamping mobile terminal and connects with grip slipper housing activity
The support connect.
Further, one end of described pedestal shading column with described support by being provided with through hole is fixing is connected.
A kind of monitoring method of cornea real-time monitoring system, comprises the following steps:
Step S1, patient enters patient end by Registering modules and the first login module；
Step S2, patient is sent to patient end by cornea taking lens and mobile terminal shooting cornea image；
Step S3, system management platform obtains cornea image and stores and analyze, being then forwarded to doctor terminal；
Step S4, doctor by doctor terminal obtain patient cornea image and the cornea state of an illness of patient is carried out inquiring, diagnosis and
Monitoring..
Further, the concretely comprising the following steps of described step S1: first patient passes through Registering modules filling registration information and angle
The O/No. of the moulding mirror of film also logs in patient end by the first login module；The log-on message of patient is sent by Registering modules
Module is analyzed to data storage；
Concretely comprising the following steps of described step S2: be clamped on grip slipper housing by mobile terminal, adjusting pole makes the logical of shading column
Hole is corresponding with the position of taking module, is fitted with Cornu Bovis seu Bubali eyeshield by eye, shoots cornea image, cornea image after opening light source
Module is analyzed in the data storage being uploaded to system management platform by transmission module in data；
Concretely comprising the following steps of described step S3: data storage analyzes module by cornea image and Ortho-K O/No. phase
The information about doctor managing in module with hospital management module and doctor after joining matches；
Concretely comprising the following steps of described step S4: doctor logs in doctor terminal by the second login module, and is obtained by diagnostic module
Data storage is analyzed the cornea image in module and carries out diagnosing, monitoring and information updating, and diagnosis content transmission is deposited to data
Storage is analyzed in module；Case history checks that module obtains data storage and analyzes the diagnosis content in module, and patient checks mould by case history
Block checks diagnosis content and monitoring period next time of doctor；Reality is carried out by inquiring module and real-time, interactive module doctor and patient
Time the state of an illness exchange；
Patient information is managed by doctor by case control's module；
Described step S4 also includes that managing module by hospital management module and doctor sends information for hospital and information about doctor extremely
Data storage is analyzed module and is stored.
From above technical scheme, the present invention can be shot by the taking module of cornea taking lens and mobile terminal
Going out to meet clearly the corneal photographs of medical treatment demand, and send corneal photographs to system management platform, system pipes pats
The data of patient information and corneal photographs are carried out storing and analyze coupling by platform, and the state of an illness that doctor obtains patient by doctor terminal is believed
Breath, and make diagnosis in time or carry out the real-time exchange of the state of an illness.The present invention can make doctor make to diagnose accurately, make simultaneously
Patient is treated timely, prevents conditions of patients from deteriorating.
Accompanying drawing explanation
Fig. 1 is the structured flowchart schematic diagram of the present invention；
Fig. 2 is the structural representation one of cornea taking lens of the present invention
Fig. 3 is that the A-A of Fig. 2 is to sectional view；
Fig. 4 is the structural representation two of cornea taking lens of the present invention.
Detailed description of the invention
The present invention will be further described below in conjunction with the accompanying drawings:
A kind of cornea real-time monitoring system as shown in Figure 1, including system management platform 10, hands over system management platform 10 respectively
Patient end 20 that mutually formula connects and doctor terminal 30, cornea taking lens 40 and there is the mobile terminal 50 of taking module；Cornea
Taking lens 40 is connected with the input of patient end 20 by taking module.Patient end 20 for by the medical record information of patient and
The data such as the cornea image of shooting send to system management platform 10.System management platform 10 for by the medical record information of patient and
Cornea image sends after storing and analyzing to doctor terminal 30, and sends the diagnostic message of the doctor terminal 30 received to suffering from
Person's end 20.Doctor terminal 30, will diagnosis for obtaining the medical record information in system management platform 10 and cornea image and diagnosing
Information sends to system management platform 10.The data of patient and the data of doctor are carried out by the present invention by system management platform 10
Storage and management, doctor can obtain the medical record information of patient accurately and makes diagnosis accurately and monitor the disease of patient in real time
Feelings, are not limited by time, place, and patient can obtain the diagnosis of doctor whenever and wherever possible, it is possible to save time and energy.Cornea
Taking lens 40 can shoot the cornea picture clearly meeting diagnosis needs so that doctor is more accurate by the diagnosis of cornea picture
Really so that patient can obtain the effective treatment.
System management platform 10 includes that data storage is analyzed module 11 and analyzes module 11 interactive mode even with data storage
The doctor connect manages module 13 and hospital management module 12.Data storage analyzes module 11 for storing the trouble that patient end 20 sends
Person's medical record information and the primary physician information according to medical record information coupling patient, and storage reception hospital management module 12 He
Doctor manages the information of module 13.Hospital management module 12 and doctor manage module 13 for the information of doctor and hospital being carried out
Update, safeguard and send to data storage analysis module 11.
Patient end 20 include transmission module 23 in Registering modules the 21, first login module 22, data, case history check module 24,
And real-time, interactive module 25；Data storage analyze the input of module 11 respectively with the outfan of Registering modules 21, first step on
On the outfan of record module 22 and data, the outfan of transmission module 23 is connected, and data storage analyzes the outfan of module 11 with sick
Going through and check that the input of module 24 is connected, data storage is analyzed module 11 and is connected with real-time, interactive module 25 interactive mode, and cornea is clapped
Take the photograph camera lens 40 to be connected with the input of transmission module in data 23 by taking module.Patient fills in registration letter by Registering modules 21
Logging in patient end by the first log-in module 22 after the O/No. of breath and Ortho-K, patient is filled in by Registering modules 21
Log-on message transmission is analyzed module 11 to data storage and is stored；Then by cornea taking lens 40 and mobile terminal 50
The cornea image of taking module shooting clear is also uploaded to data storage by transmission module 23 in data and analyzes module 11, and data are deposited
Storage is analyzed module 11 and will be mated the corresponding primary physician information of patient after the log-on message of patient and cornea image storage.
Doctor terminal 30 includes the second login module 31, diagnostic module 32, inquiring module 33, case control's module 34；Data
Storage analyze the input of module 11 respectively with outfan and the outfan phase of case control's module 34 of the second login module 31
Even, data storage analysis module 11 is connected with diagnostic module 32 and inquiring module 33 interactive mode.Doctor passes through the second login module
31 log in doctor terminal, obtain data by diagnostic module 32 and store the information of the patient analyzed in module 11 and carry out diagnosing, supervising
Control and renewal medical record information, be then forwarded to data storage and analyze module 11.By case history, patient checks that module 24 obtains data
The diagnostic message in module 11 is analyzed in storage and medical record information is treated.Cured by real-time, interactive module 25 and inquiring module 33
Life can exchange the state of an illness in real time with patient.
Data storage is analyzed module 11 and is used for the information of hospital, doctor and patient being stored and mating, concrete
The doctor in charge of patient and patient and the doctor in charge are carried out to the information of the Ortho-K O/No. of patient's adapted
Join and store.
As in Figure 2-4, cornea taking lens 40 includes the connector 41 for being connected and connector 41 with mobile terminal
Lens barrel 43 that the pedestal 42 connected is threadeded with pedestal 42, it is arranged in lens barrel 43 for shortening the saturating of taking module focal length
Mirror group 44, the light source 45 being arranged on lens barrel 43 inwall and the circuit board 46 being arranged in lens barrel 43.The inwall week of lens barrel 43
To being provided with shading step 47.One end that lens barrel 43 contacts with eye is provided with Cornu Bovis seu Bubali eyeshield 48.Pedestal 42 is by being provided with the screening of through hole
Light beam 49 is fixing with one end of support 412 to be connected.Connector 41 include the grip slipper housing 411 for clamping mobile terminal 50 and
The support 412 being flexibly connected with grip slipper housing 411.When using cornea taking lens 40 to shoot, first mobile terminal 50 is clamped
On grip slipper housing 411, grip slipper housing 411 can carry out flexible adjustment, to adapt to various sizes of mobile terminal, then adjust with
The support 412 of grip slipper housing 411 active link, adjusting travel(l)ing rest 412 can be adjusted by retaining mechanisms such as clamping screws.
The through hole making shading column 49 after adjustment is corresponding with the position of taking module, by taking module, through hole and battery of lens 44
Shoot.Eye is leaned against on Cornu Bovis seu Bubali eyeshield 48, open light source, start taking module, carry out taking pictures.Wherein, convex lens
Mirror group 44 makes the focal length of taking module shorten, so that taking module shoots the photograph become apparent from the original basis
Sheet, meanwhile, when eye leans against on Cornu Bovis seu Bubali eyeshield 48, opens for providing shooting required light source by light source 45, meanwhile, and shading platform
The light of light source 45 can be blocked in rank 47, prevents the veiling glare of light source 45 from entering taking module, it is possible to taking module is shot
The corneal photographs become apparent from.Light source 45 can be made up of blue and two kinds of light sources of white, can open white or blueness as required
Light source, circuit board 46 is charged with power on, provides electric energy for light source 45.When needs shooting eyes angle conjunctiva health status
Cornea image time, open white light；When observing Ortho-K adaptation effect when using fluorescent dye to coordinate, need to open indigo plant
Radiant carries out shooting cornea image.The shape of Cornu Bovis seu Bubali eyeshield 48 meets the shape of human body eye skeleton, make shooting more comfortable and
Convenient, eye skeleton is more fitted with cornea taking lens, blocks ambient more thorough, prevents shake, more surely during shooting
Fixed.Shading column 49 elastically deformable so that more fit between taking module and lens barrel 43, prevents extraneous light from entering shooting district
Territory.
The monitoring method of a kind of cornea real-time monitoring system of the present invention, comprises the following steps:
Step S1, first patient are by Registering modules 21 filling registration information and the O/No. of Ortho-K and by first
Login module 22 logs in patient end；The log-on message of patient and the O/No. of Ortho-K by Registering modules 21 send to
Data storage is analyzed module 11 and is stored；.
Step S2, is clamped in mobile terminal 50 on grip slipper housing 411, and adjusting pole 412 makes the through hole of shading column 49
Corresponding with the position of taking module, eye is fitted with Cornu Bovis seu Bubali eyeshield 48, after opening light source 45, shoots angle by taking module
Film image, module 11 is analyzed in the data storage that cornea image is uploaded to system management platform 10 by transmission module 23 in data.
Step S3, data storage analyze module 11 cornea image and Ortho-K O/No. are matched after with hospital
The information about doctor that management module 12 and doctor manage in module 13 matches, by cornea image and Ortho-K O/No.
Join the corresponding primary physician information of patient.
Step S4, doctor logs in doctor terminal by the second login module 31, and obtains data storage by diagnostic module 32
Analyze the cornea image in module 11 and carry out diagnosing, monitor and updating monitoring information, diagnosis content and monitoring information and pass through
Diagnostic module 32 sends to data storage analysis module 11；Case history checks that module 24 obtains data storage and analyzes in module 11
Diagnosis content, by case history, patient checks that module 24 checks diagnosis content and monitoring period next time of doctor；By inquiring module
33 carry out the real-time state of an illness with real-time, interactive module 25 doctor with patient exchanges；Doctor passes through case control's module 34 to patient information
Carry out deleting and the management such as amendment.Step S4 also includes managing module 13 by information for hospital by hospital management module 12 and doctor
Analyze module 11 with information about doctor transmission to data storage to store.
A kind of monitoring method patient of the cornea real-time monitoring system of the present invention can not by region, the time is limited carries out
Diagnosis and monitoring, the state of an illness of patient is made judgement promptly and accurately by the picture of cornea clearly of patient by doctor, joint
Save the time of patient and doctor, provide for patient simultaneously and diagnose timely, prevented that sb.'s illness took a turn for the worse.
Embodiment described above is only to be described the preferred embodiment of the present invention, the not model to the present invention
Enclose and be defined, on the premise of designing spirit without departing from the present invention, the those of ordinary skill in the art technical side to the present invention
Various deformation that case is made and improvement, all should fall in the protection domain that claims of the present invention determines.
Claims (10)
1. a cornea real-time monitoring system, it is characterised in that: include system management platform, mutual with system management platform respectively
Patient end and doctor terminal, cornea taking lens that formula connects and there is the mobile terminal of taking module；Cornea taking lens leads to
Cross taking module to be connected with the input of patient end.
2. a kind of cornea real-time monitoring system as claimed in claim 1, it is characterised in that: described system management platform includes number
Analyze module according to storage and analyze the doctor that is connected of module interactive mode with data storage and manage module and hospital management module；
Described patient end includes that transmission module in Registering modules, the first login module, data, case history are checked module and hand in real time
Module mutually；The storage of described data analyze the input of module respectively with outfan, the output of the first login module of Registering modules
On end and data, the outfan of transmission module is connected, and the storage of described data is analyzed the outfan of module and checked the defeated of module with case history
Entering end to be connected, the storage of described data is analyzed module and is connected with real-time, interactive module interactive mode；
Described doctor terminal includes the second login module, diagnostic module, inquiring module, case control's module；The storage point of described data
The input of analysis module is connected with the outfan of the second login module and the outfan of case control's module respectively, and described data are deposited
Storage is analyzed module and is connected with diagnostic module and inquiring module interactive mode.
3. a kind of cornea real-time monitoring system as claimed in claim 2, it is characterised in that: described cornea taking lens is by clapping
Take the photograph module to be connected with the input of transmission module in data.
4. a kind of cornea real-time monitoring system as claimed in claim 1, it is characterised in that: described cornea taking lens includes using
Lens barrel that the pedestal being connected with connector in the connector being connected with mobile terminal is connected with base thread, it is arranged in lens barrel
For the convex lens assembly shortening taking module focal length, the light source being arranged on lens barrel inwall and the circuit being arranged in lens barrel
Plate.
5. a kind of cornea real-time monitoring system as claimed in claim 4, it is characterised in that: the inwall of described lens barrel is circumferentially with
Shading step.
6. cornea real-time monitoring system as claimed in claim 4 a kind of, it is characterised in that: described lens barrel contact with eye one
End is provided with Cornu Bovis seu Bubali eyeshield.
7. a kind of cornea real-time monitoring system as claimed in claim 4, it is characterised in that: described connector includes for clamping
The grip slipper housing of mobile terminal and the support being flexibly connected with grip slipper housing.
8. a kind of cornea real-time monitoring system as claimed in claim 7, it is characterised in that: described pedestal is by being provided with through hole
Shading column is fixing with one end of described support to be connected.
9. the monitoring method of a kind of cornea real-time monitoring system as described in claim 1-8 is arbitrary, it is characterised in that: the method
Comprise the following steps:
Step S1, patient enters patient end by Registering modules and the first login module；
Step S2, patient is by cornea taking lens and mobile terminal shooting cornea image and sends to patient end；
Step S3, system management platform obtains cornea image and stores and analyze, being then forwarded to doctor terminal；
Step S4, doctor by doctor terminal obtain patient cornea image and the cornea state of an illness of patient is carried out inquiring, diagnosis and
Monitoring.
10. the monitoring method of a kind of cornea real-time monitoring system as described in claim 9 is arbitrary, it is characterised in that:
Concretely comprising the following steps of described step S1: first patient passes through Registering modules filling registration information and the order of Ortho-K
Number and pass through the first login module and log in patient end；The log-on message of patient is sent to data storage analysis by Registering modules
Module；
Concretely comprising the following steps of described step S2: be clamped on grip slipper housing by mobile terminal, adjusting pole makes the logical of shading column
Hole is corresponding with the position of taking module, is fitted with Cornu Bovis seu Bubali eyeshield by eye, shoots cornea image, cornea image after opening light source
Module is analyzed in the data storage being uploaded to system management platform by transmission module in data；
Concretely comprising the following steps of described step S3: data storage analyzes module by cornea image and Ortho-K O/No. phase
The information about doctor managing in module with hospital management module and doctor after joining matches；
Concretely comprising the following steps of described step S4: doctor logs in doctor terminal by the second login module, and is obtained by diagnostic module
Data storage is analyzed the cornea image in module and carries out diagnosing, monitoring and information updating, and diagnosis content transmission is deposited to data
Storage is analyzed in module；Case history checks that module obtains data storage and analyzes the diagnosis content in module, and patient checks mould by case history
Block checks diagnosis content and monitoring period next time of doctor；Reality is carried out by inquiring module and real-time, interactive module doctor and patient
Time the state of an illness exchange；
Patient information is managed by doctor by case control's module；
Described step S4 also includes that managing module by hospital management module and doctor sends information for hospital and information about doctor extremely
Data storage is analyzed module and is stored.
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| CN112420216A (en) * | 2020-11-21 | 2021-02-26 | 温州医科大学附属眼视光医院 | Three-terminal xerophthalmia diagnosis integrated system platform based on intelligent AI |
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| CN117038111A (en) * | 2023-07-17 | 2023-11-10 | 南方医科大学南方医院 | Information interaction management platform for bone transport patient and doctor and operation method thereof |
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