CN110265105A - Three-level vision drop monitoring method - Google Patents
Three-level vision drop monitoring method Download PDFInfo
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- CN110265105A CN110265105A CN201910426822.9A CN201910426822A CN110265105A CN 110265105 A CN110265105 A CN 110265105A CN 201910426822 A CN201910426822 A CN 201910426822A CN 110265105 A CN110265105 A CN 110265105A
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H15/00—ICT specially adapted for medical reports, e.g. generation or transmission thereof
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/60—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices
- G16H40/63—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices for local operation
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
- G16H50/20—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for computer-aided diagnosis, e.g. based on medical expert systems
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Abstract
A kind of three-level vision drop monitoring method, it include: level-one vision drop step, subject is carried out in the first place, level-one vision drop step carries out eyesight by visual chart and smart phone small routine and quickly sieves, to obtain level-one vision drop data, and level-one vision drop data are stored and analyzed, to confirm the doubtful visual problems personnel of level-one；Second level vision drop step, the doubtful visual problems personnel of level-one are carried out in the first place, second level vision drop step interacts screening using computer software, dioptric disease screening instrument and optometry unit, to obtain second level vision drop data, and second level vision drop data are stored and analyzed, to confirm the doubtful visual problems personnel of second level；Three-level vision drop step carries out the doubtful visual problems personnel of second level in hospital.The method can reach vision drop and detection more efficiently and accurately.
Description
Technical field
The present invention relates to vision drop field more particularly to a kind of three-level vision drop monitoring methods.
Background technique
Currently, electronic equipment becomes a part indispensable in people's daily life, since the eyes of people are prolonged
The screen for staring at electronic equipment, the decline for causing the eyesight of people universal.Therefore, (school and work unit on various occasions
Deng), it is often necessary to screening periodically is carried out to the eyesight of people.
However, current vision drop method and mode are excessively extensive.On the one hand, simple screening, might have eyesight
Problem is not checked clear, another aspect further, if all carried out to each subject corresponding in detail or even comprehensive
Screening, and it is excessive to will cause workload.
More contents in relation to existing vision drop, please refer to the patent application of CN107157436A.
Summary of the invention
Problems solved by the invention is to provide a kind of three-level vision drop monitoring method, comprising: level-one vision drop step,
Subject is carried out in the first place, the level-one vision drop step is regarded by visual chart and smart phone small routine
Power is quickly sieved, and to obtain level-one vision drop data, and the level-one vision drop data is stored and is analyzed, with confirmation
The doubtful visual problems personnel of level-one；Second level vision drop step, in first place to the doubtful visual problems people of the level-one
Member carries out, and the second level vision drop step interacts screening using computer software, dioptric disease screening instrument and optometry unit, to obtain
Second level vision drop data, and the second level vision drop data are stored and analyzed, to confirm that the doubtful eyesight of second level is asked
Topic personnel；Three-level vision drop step carries out the doubtful visual problems personnel of the second level in hospital, to obtain three-level eyesight
Screening data, and the three-level vision drop data are stored and analyzed, to confirm to diagnosis and treatment personnel.
Optionally, the three-level vision drop step includes that eye test, the small pupil optometry of computer, computer cycloplegia are tested
Light, small pupil comprehensive optometry, cycloplegia comprehensive optometry, bio-measurement, tonometry, slit lamp examination and eye position check.
Optionally, in the screening results of the level-one vision drop step, including the report of level-one vision drop, the level-one
Vision drop report includes preliminary visual and is suggested with eye.
Optionally, in the screening results of the second level vision drop step, including the report of second level vision drop, the second level
Vision drop report includes that second level visual and doctor suggest.
Optionally, the second level vision drop report includes poor sight analysis and the poor sight analysis of causes.
Optionally, the method also includes in the level-one vision drop step process, the level-one eyesight is sieved on the spot
Look into report；It further include printing the second level vision drop report on the spot in the second level vision drop step process.
Optionally, the method also includes in the level-one vision drop step and the second level vision drop step process
In be monitored.
Optionally, the method also includes carrying out first time subject information in the level-one vision drop step
Typing carries out second of subject's data input in the third level vision drop step.
Optionally, the method also includes in the level-one vision drop step process, by the level-one eyesight data
Cloud server is sent to be stored；It further include in the second level vision drop step process, by the second level eyesight number
It is stored according to cloud server is sent to.
Optionally, the method also includes regarding the three-level measurement data and the level-one measurement data and the second level
Power screening data are compared.
To solve the above problems, the present invention also provides a kind of three-level vision drops to monitor system, comprising: level-one eyesight sieve
Subsystem is looked into, for carrying out vision drop to subject in the first place, first place is the yard of subject
Institute or study place, the level-one vision drop subsystem includes visual chart and smart phone, the level-one vision drop subsystem
System is quickly sieved for carrying out eyesight, level-one vision drop data is obtained, to confirm the doubtful visual problems personnel of level-one；Second level eyesight
Screening subsystem, for carrying out vision drop, the second level view to the doubtful visual problems personnel of the level-one at described first
Power screening subsystem includes computer, dioptric disease screening instrument and optometry unit, and the second level vision drop subsystem is for carrying out eyesight friendship
Mutual screening obtains second level vision drop data, to confirm the doubtful visual problems personnel of second level；Three-level vision drop subsystem is used
In carrying out vision drop to the doubtful visual problems personnel of the second level in hospital, three-level vision drop data are obtained, with confirmation
To diagnosis and treatment personnel.
Optionally, the three-level vision drop subsystem includes biometric device, rafractive and intraocular pressure instrument.
Optionally, the level-one vision drop subsystem further includes the first printer；The second level vision drop subsystem
It further include the second printer.
Optionally, the level-one vision drop subsystem further includes the first monitoring device；The second level vision drop subsystem
System further includes the second monitoring device.
Optionally, the level-one vision drop subsystem further includes first information recording device.
Optionally, the third level vision drop subsystem further includes the second Message Entry Device.
Optionally, the first information recording device is scanner or card swiping device；Second Message Entry Device is
Scanner or card swiping device.
Optionally, the level-one vision drop subsystem includes retinue WIFI and card of surfing Internet；Level-one vision drop
System is connected to cloud server；The second level vision drop subsystem includes retinue WIFI and card of surfing Internet；The second level eyesight
Screening subsystem is also connected to the cloud server.
Optionally, the visual chart is touch type electronic visual chart.
Optionally, the touch type electronic visual chart and the smart phone communicate to connect.
In the one aspect of technical solution of the present invention, the vision drop data acquisition of efficiently and accurately is realized, also,
The determination and monitoring of personnel's vision health situation can be carried out using these data.
In the other side of technical solution of the present invention, vision drop more efficiently and accurately and detection can be reached.
Detailed description of the invention
Fig. 1 is the functional block diagram of three-level vision drop monitoring system in embodiment；
Fig. 2 is each component devices schematic diagram of level-one vision drop subsystem in embodiment；
Fig. 3 is each component devices schematic diagram of second level vision drop subsystem in embodiment.
Specific embodiment
Current vision drop method and system is usually all single level, regardless of itself is simple or complicated, to each
A subject is to carry out unified detection.
For this purpose, the present invention provides a kind of new vision drop monitoring method and system, to solve existing deficiency.
The embodiment of the present invention provides a kind of three-level vision drop monitoring method, including following three steps.
Level-one vision drop step carries out subject in the first place, and the level-one vision drop step passes through view
Power table and smart phone small routine carry out eyesight and quickly sieve, and to obtain level-one vision drop data, and sieve to the level-one eyesight
It looks into data to be stored and analyzed, to confirm the doubtful visual problems personnel of level-one.
In the present embodiment, first place can be the workplace or study place of the subject, correspondingly,
The subject can be student or enterprise work personnel.That is, often being needed in the places such as school and work unit
Periodically the eyesight to people to carry out screening.
In the present embodiment, when using smart phone small routine, if the first place is school, can in small routine into
The following operation of row:
It inquires school information: pressing hospital, school's name query；
Modify school information: point " school's title " icon can carry out school information modification；
School information: point " addition " icon is added, it is newly-increased that school information can be carried out；
It deletes school information: choosing the school to be deleted, point " deletion " icon can carry out school information deletion.
In the present embodiment, visual chart can be Intelligent eyesight test chart, and Intelligent eyesight test chart has Bluetooth function.It is quickly sieved in eyesight
When, it can be after smart phone small routine connects Intelligent eyesight test chart bluetooth, it is automatic according to left/right eye, naked eye/wear mirror options
It acquires data (i.e. data Auto-writing is in corresponding small routine field).Wherein it is possible to (i.e. using touch type electronic visual chart
Visual chart further uses touch smart electronics visual chart) acquire data.After the completion of data acquisition, main points " save view
Power ".
Traditional quick vision drop is that papery is turned into industry, and organizational efficiency is low, efficiency of inputting is low, reporting cycle is long, family school
Cure the features such as tripartite's information share-and-exchange value is low.
And according to foregoing teachings it is found that the level-one vision drop step of the present embodiment, can be realized no papery is turned into industry, group
Knit it is high-efficient, without manual typing while being carried out using barcode scanning (such as personal information typing), can scene go out report and (only need
Corresponding printer, can refer to subsequent content), family's school physician tripartite's information sharing (screening data upload cloud server, Neng Goucong
Smart phone small routine feeds back to parent), data exchange is worth the features such as high.
It may include the report of level-one vision drop in the screening results of the level-one vision drop step, the level-one view
Power screening report may include preliminary visual and be suggested with eye.In report, the relevant hospital address of display, connection can be cooperated
It is the information such as phone, Logo picture, if contacting hospital in time so that subject is in need.The report of level-one vision drop can
To feed back to corresponding associate people (parent of such as student) by smart phone small routine.Such method is mentioned with subsequent
: level-one eyesight data transmission to cloud server is related.
It further include the level-one vision drop report on the spot in the level-one vision drop step process in the present embodiment
It accuses.For this purpose, in the present embodiment corresponding printing device can be configured for level-one vision drop step, corresponding printing device can
To be portable thermosensitive printing device.
It further include in the level-one vision drop step process, by the level-one eyesight data transmission in the present embodiment
It is stored to cloud server.Level-one eyesight data transmission to cloud server is stored, this is on the one hand enabled to
A little information can be rapidly by infection from hospital, to carry out other analyses and statistics, on the other hand, it is also ensured that data are deposited
Storage, prevents data from staying mistake.And after data storage, and the tracking for after to corresponding school student or unit personnel vision condition
It compares, provides the foundation.
Wherein, screening process can be based on two dimensional code progress, and advantage has: one, electronic, one yard of a people；Two, it moves
State such as is not required to carry out in order to the screening of student；Three, it standardizes, effective specification collecting flowchart；Four, terminate can be with for screening
Go out to report in there and then (do not need traditional hand-written, also do not need announcement of delivering newspaper again every other day).
Second level vision drop step carries out the doubtful visual problems personnel of the level-one in first place, described two
Grade vision drop step interacts screening using computer software, dioptric disease screening instrument and optometry unit, to obtain second level vision drop
Data, and the second level vision drop data are stored and analyzed, to confirm the doubtful visual problems personnel of second level.
In the present embodiment, second level vision drop step can be and then level-one vision drop step progress.In such manner, it is possible to
Further screening quickly is carried out to the doubtful visual problems personnel of level-one.
The interaction screening of second level vision drop step can be after opening corresponding computer software, allow computer software and electricity
Brain optometry unit (dioptric disease screening instrument) is completed communication connection, optometry unit and dioptric disease screening instrument and is carried out to the doubtful visual problems personnel of level-one
Detection, automatic data collection upload computer software (i.e. corresponding system, and as described in subsequent, it is uploaded to cloud server),
It is saved it is then possible to be put on computer software, completes interactive screening.
It may include the report of second level vision drop in the screening results of the second level vision drop step, the second level view
Power screening report may include that second level visual and doctor suggest.
The second level vision drop report includes poor sight analysis and the poor sight analysis of causes.
It further include printing the second level eyesight sieve on the spot in the second level vision drop step process in the present embodiment
Look into report.Likewise, corresponding printing device can be configured for second level vision drop step in the present embodiment, it is corresponding to print
Equipment can be portable thermosensitive printing device.In addition, the printing device in level-one vision drop step can be with second level eyesight
Printing device in screening step shares, i.e., two steps use same printing device.Certainly, if necessary to printing report compared with
More, they are also possible to separated equipment.
It further include in the second level vision drop step process, by the second level eyesight data transmission in the present embodiment
It is stored to cloud server.Second level eyesight data transmission to the reason of cloud server, is same as above.
Following effect may be implemented in second level vision drop step:
One, monitoring standard, data acquisition, statistical analysis, health promotion and educational function are good, safely, conveniently, stablize；
The information such as individual, entirety, transverse direction, longitudinal direction, prediction, early warning, diagnostic comments feedback is comprehensively timely；
Two, human and material resources, financial resources and time are saved, it can larger raising school student vision drop working efficiency；
Three, screening efficiency can reach 37 seconds/person-time (student), provide 10 seconds/part of individual report, and school reports 30 points
Clock/1500 people/school, it is high-efficient, rapidly and efficiently to complete the health monitoring of model school's student eyesight and Risk-warning all standing,
The student eyesight health management service for implementing the complete period provides support.
Three-level vision drop step carries out the doubtful visual problems personnel of the second level in hospital, to obtain three-level view
Power screening data, and the three-level vision drop data are stored and analyzed, to confirm to diagnosis and treatment personnel.
In the present embodiment, the second level vision drop step of three-level vision drop step and front then can be separated by the long period
It carries out, typically at least needs time of the doubtful visual problems personnel of second level from the first place to hospital.
In the present embodiment, the three-level vision drop step includes eye test, the small pupil optometry of computer, computer ciliary muscle fiber crops
Numbness optometry, small pupil comprehensive optometry, cycloplegia comprehensive optometry, bio-measurement, tonometry, slit lamp examination and eye position check
Deng.That is, the screening inspection that three-level vision drop step includes may include the small pupil optometry unit of computer, computer ciliary muscle fiber crops
Numbness optometry unit, cycloplegia comprehensive optometry equipment, biometric device, tonometry equipment, is split small pupil comprehensive optometry equipment
Gap lamp inspection looks into equipment and eye position checks equipment etc..
Three-level vision drop step is the detailed screening detecting step carried out within the hospital, can according to the equipment of hospital and
Workflow carries out.
In the present embodiment, the level-one vision drop step and the second level vision drop step process can also be included in
In be monitored.Screening process is monitored, can better ensure that testing staff more conscientiously bears subject
The detection of duty, meanwhile, can also save detection process, so as to it is subsequent there are special circumstances when, corresponding monitoring record can be recalled
As carrying out true reduction.
In the present embodiment, when can also be included in the level-one vision drop step, first time subject information is carried out
Typing.Corresponding data input mode can be varied, as staff manually enters corresponding information, or in advance
After subject's onset detection card, using POS card-swiping mode carry out typing, can also using fingerprint typing (herein it
Before need the other relevant informations of typing, fingerprint typing is the confirmation as personnel identity) or recognition of face typing it is (same
Need prior typing), or carry out typing in a manner of the barcode scanning of the identification codes such as two dimensional code and (also need have two dimensional code pair in advance
The personal information answered).Such as, smart phone or computer connect barcode scanning gun for a kind of concrete condition, then scan student two with barcode scanning gun
Tie up code.
In the present embodiment, in carrying out the second level vision drop step process, it is not usually required to carry out subject again
Data input because it is usually to carry out after the level-one vision drop step, it is only necessary to carry out subject
Validation of information.
In the present embodiment, in the third level vision drop step, second of subject's data input is carried out.It is described
Third level vision drop step is to carry out within the hospital, it is meant that subject at this time carrys out the personnel of institute, it is thus typically necessary to
Further personal information typing carries out data and files, and carrys out institute's record accordingly to store.It, can during the step
To refer to first time subject data input.
In the third level vision drop step, information is compared sometimes for significantly more efficient, can print
The history eyesight information of institute personnel.In this corresponding step, it is generally mated corresponding printer.
In the present embodiment, the above method realizes the vision drop data acquisition of efficiently and accurately, further, it is possible to utilize these
The determination and monitoring of data progress personnel's vision health situation.
In the present embodiment, the method also includes by the three-level measurement data and the level-one measurement data and described two
Grade vision drop data are compared.Three-level measurement data and level-one measurement data and second level vision drop data are compared
It is right, in order to further strengthen the accuracy of screening results.Because of such comparison process, it can be found that front and back data
The case where differing greatly, to carry out reinspection check in time.In addition, this comparison, additionally it is possible to which the classification for corresponding data is united
Meter.This comparison and corresponding statistical method, can also assist for generating subsequent screening programme.
The embodiment of the present invention also provides a kind of three-level vision drop monitoring system, and the three-level vision drop monitoring system can
To apply in the above method.The system comprises three parts, incorporated by reference to reference Fig. 1, Fig. 2 and Fig. 3.
Such as Fig. 1, system first part is level-one vision drop subsystem, and level-one vision drop subsystem is used at first
Institute carries out vision drop to subject, and first place is the workplace or study place of subject, the level-one
Vision drop subsystem includes visual chart 110 and smart phone 120, and the level-one vision drop subsystem is fast for carrying out eyesight
Speed sieve, obtains level-one vision drop data, to confirm the doubtful visual problems personnel of level-one.
For level-one vision drop subsystem for the storage and analysis to the level-one vision drop data, confirmation level-one is doubtful
Visual problems personnel, also, previous embodiment is it has been noted that the subsystem can transfer data to cloud server 400.
The corresponding method and step of level-one vision drop subsystem is that corresponding smart phone small routine is fast to carry out eyesight
Sieve, and it is possible to using Intelligent eyesight test chart lamp box (aforementioned touch formula visual chart), to acquire eyesight data deposit system.
In the present embodiment, visual chart 110 described in Fig. 1 is standard logarithmic visual acuity chart, and can be touch type electronic eyesight
Table 111, as shown in Figure 2.This visual chart can directly input corresponding information on visual chart.Correspondingly, smart phone 120
It specifically can be large-size screen monitors Android mobile phone 121 shown in Fig. 2.
In the present embodiment, the touch type electronic visual chart 111 can also be communicated to connect with the Android smartphone 121
(120 communication connection of visual chart 110 and smart phone is shown in Fig. 1), in this way, corresponding eyesight data can be transmitted directly to
On the small routine of Android smartphone 121, filled in accordingly.
In the present embodiment, the level-one vision drop subsystem further includes first information recording device.The first information
Recording device is scanner 131.In other embodiments, corresponding Message Entry Device is also possible to card swiping device.
In the present embodiment, the level-one vision drop subsystem further includes the first printer 141.Such as institute in embodiment of the method
It states, corresponding first printer 141 can be portable printer, such as zebra GK888t printer, can use corresponding temperature-sensitive
Paper is as printed material.First printer 141 ensure that corresponding level-one vision drop report can scene printing in time.
Such as Fig. 1, system second part is second level vision drop subsystem, and second level vision drop subsystem is used for described the
One to the doubtful visual problems personnel of the level-one carry out vision drop, the second level vision drop subsystem include computer 210,
Dioptric disease screening instrument 220 and optometry unit 230, the second level vision drop subsystem obtain second level for carrying out eyesight interaction screening
Vision drop data, to confirm the doubtful visual problems personnel of second level.
In the present embodiment, second level vision drop subsystem is stored and is analyzed for second level vision drop data, is confirmed
The doubtful visual problems personnel of second level, also, previous embodiment and subsequent content show that the subsystem can transfer data to
Cloud server 400.The above-mentioned computer of second level vision drop subsystem is as data processing equipment, preferably laptop
211, as shown in Figure 3.
With continued reference to FIG. 3, the eyesight detection device for including in second level vision drop subsystem, can be hand-held dioptric sieve
Look into instrument 231 or desk-top optometry unit 221.In the present embodiment, the second level vision drop subsystem further includes the second printer 261.
In first two part, there can be matched vision drop instrument interface routine setting explanation, make subsystem phase intercommunication
Letter connection.Specifically, the corresponding IP address and communication terminal slogan of computer can be set in second level vision drop subsystem, it is complete
It is arranged at system.
Second level vision drop subsystem also may further include computer by the software and dioptric disease screening instrument of computer
Optometry unit carries out corresponding interaction screening, and obtains corresponding measurement data, is stored in system.
By level-one vision drop data and second level vision drop data, corresponding analysis is carried out, individual report is formed, may be used also
Go out report analysis with further Auto-matching and doctor suggests.At this point, the data that system is acquired according to front, are accordingly divided
Analysis, analysis include poor sight analysis, the poor sight analysis of causes and forming region global analysis etc..
Such as Fig. 1, system Part III is three-level vision drop subsystem, and three-level vision drop subsystem is used in hospital
Vision drop is carried out to the doubtful visual problems personnel of the second level, obtains three-level vision drop data, to confirm to diagnosis and treatment personnel.
Previous embodiment and subsequent content show that the subsystem can be stored and be divided to three-level vision drop data
Analysis, also, can also be by the level-one vision drop data and second level vision drop of corresponding three-level vision drop data and front
Data are compared and analyze.
The three-level vision drop subsystem includes biometric device, rafractive and intraocular pressure instrument.Intraocular pressure instrument, axis oculi
Instrument, comprehensive optometry instrument make this corresponding system component part, can be realized more comprehensive screening and detection.
Specifically, biometric device can be Maimonides gram ALSCAN in the equipment that three-level vision drop subsystem includes
(Japanese Maimonides gram AL-Scan light interference type axis oculi length measuring apparatus), computerized optometry equipment, which can be, opens up general health KR.800 and (opens up Pu Kang
KR-800 computerized optometry keratometer), Maimonides gram optometry unit AR-1 (Japanese Maimonides gram canon auto refractometer AR-1), Maimonides
Gram optometry unit ARK-1 (Maimonides gram automatic electronic computer optometry/cornea curvimeter ARK-1/ARK-1a/ARK-1s), 8.0 versions and with
On.
In hospital, in three-level vision drop subsystem, it is to be ensured that corresponding control computer connects same with each equipment
A network, at this point it is possible to corresponding equipment for surfing the net (online is precious) and corresponding interchanger are connected on the online socket of hospital, then
It is separately connected online treasured, computer, rafractive and bio-measurement instrument etc. with cable, realizes system in the online of same local area network
Environment.
For the computerized optometry equipment of three-level vision drop subsystem, the present embodiment opens up general health KR to use, 800 (or Buddhist nun
Moral gram optometry unit) (AR-1 and ARK-1,8.0 versions or more), to illustrate how to support and form into corresponding subsystem,
Realize the systematization of three-level vision drop monitoring system.General health 800 is opened up specifically, opening, clicks corresponding wrench icon and LAN
Connection, carries out LAN connection setting, and it is " ON " that XML file, which is then arranged, to export." automatic " is set as in the setting of IP address.
Shared Folders and password are set, then dns server is set, fill in the dns server of corresponding computer, then returning equipment master
The page, in the computerized optometry page, it can carry out computerized optometry, corresponding data can be uploaded to unified control automatically
Equipment (such as host computer).
For the biometric device of three-level vision drop subsystem, the present embodiment is for using Maimonides gram AL SCAN.
At the beginning, share directory is first set, and then progress three-level is filed, and (data that as three-level vision drop subsystem obtains are built
Shelves), then reach the page of bio-measurement.The following sequence of Maimonides gram AL SCAN setting is arranged: clicking " Menu " icon, then point
" maintenance " is hit, is then clicked " LAN Settings " therein, clicks " 0file sharing ", fills in " user
Name " and " password ".Corresponding computer IP address is filled in later, then clicks " Folder1 " subsequent filename, is inputted
" SWCL " is clicked " test ", then point " ok ", completes the connection and establishment of system, i.e., biometric device has been populated at this time
In subsystem.
The level-one vision drop subsystem can also include the first monitoring device.
The second level vision drop subsystem can also include the second monitoring device.First monitoring device and the second monitoring are set
Standby can be corresponding camera.
The third level vision drop subsystem can also include the second Message Entry Device (not shown).Second letter
Ceasing recording device is scanner or card swiping device.
It should be noted that the level-one vision drop subsystem includes retinue WIFI and card of surfing Internet in the present embodiment.
Such as Fig. 3, the second level vision drop subsystem includes retinue WIFI241 and card of surfing Internet 251.Retinue WIFI is WIFI
Equipment for surfing the net, to guarantee that corresponding second level vision drop step carries out in a network environment.Retinue WIFI can specifically use Huawei
Accompany WIFI2pro.Also, in the present embodiment, retinue WIFI241 and card of surfing Internet 251 are shared as the level-one vision drop subsystem
The retinue WIFI and card of surfing Internet of system.The level-one vision drop subsystem is connected to cloud server 400 by communication connection.
Likewise, the second level vision drop subsystem is connected to cloud server 400 by communication connection.
As it can be seen that in three-level vision drop monitoring system provided in this embodiment, each subsystem preferably with LAN environment with
Network connection.
Using system provided in this embodiment, additionally it is possible to so that corresponding three-level vision drop monitoring system be capable of providing it is more
The visual of grade, such as bad visual of 8 years old or less students, the bad visual of 8 years old or more students, depending on
The classification of power poor prognostic cause and analysis etc..
Three-level vision drop provided in this embodiment monitors system, and subject can be made to carry out two-wheeled in the first place
Screening (corresponding screening mode can refer to previous embodiment corresponding contents) then, then arrives in hospital the view for carrying out three step cones
Power screening is (i.e. by the way that after I and II screening, discovery is directed to hospital there are the personnel of visual problems to do inspection more further
Look into), the personnel (the doubtful visual problems personnel of second level) so as to will be necessary are directed to hospital to do inspection more further,
And carry out corresponding archives registration.Meanwhile the project of corresponding three-level inspection and registration includes: eye test, computerized optometry are (small
Pupil), computerized optometry (cycloplegia), small pupil comprehensive optometry, cycloplegia comprehensive optometry, bio-measurement, tonometry, split
Gap lamp inspection is looked into, eye position checks etc..The subsystem (third level vision drop subsystem) of the third level can be by checking equipment with these
Interaction obtains corresponding data, is deposited into system, and analyzed accordingly, matches treatment advice.Therefore, using described
System can reach vision drop more efficiently and accurately and detection.
Although present disclosure is as above, present invention is not limited to this.Anyone skilled in the art are not departing from this
It in the spirit and scope of invention, can make various changes or modifications, therefore protection scope of the present invention should be with claim institute
Subject to the range of restriction.
Claims (10)
1. a kind of three-level vision drop monitoring method characterized by comprising
Level-one vision drop step carries out subject in the first place, and the level-one vision drop step passes through visual chart
It carries out eyesight with smart phone small routine quickly to sieve, to obtain level-one vision drop data, and to the level-one vision drop number
According to being stored and being analyzed, to confirm the doubtful visual problems personnel of level-one；
Second level vision drop step carries out the doubtful visual problems personnel of the level-one in first place, the second level view
Power screening step interacts screening using computer software, dioptric disease screening instrument and optometry unit, to obtain second level vision drop data,
And the second level vision drop data are stored and analyzed, to confirm the doubtful visual problems personnel of second level；
Three-level vision drop step carries out the doubtful visual problems personnel of the second level in hospital, to obtain three-level eyesight sieve
Data are looked into, and the three-level vision drop data are stored and analyzed, to confirm to diagnosis and treatment personnel.
2. three-level vision drop monitoring method as described in claim 1, which is characterized in that the three-level vision drop step packet
Include eye test, the small pupil optometry of computer, the optometry of computer cycloplegia, small pupil comprehensive optometry, cycloplegia comprehensive optometry, life
Object measurement, tonometry, slit lamp examination and eye position check.
3. three-level vision drop monitoring method as described in claim 1, which is characterized in that the level-one vision drop step
In screening results, including the report of level-one vision drop, the level-one vision drop report include preliminary visual and are built with eye
View.
4. three-level vision drop monitoring method as described in claim 1, which is characterized in that the second level vision drop step
In screening results, including the report of second level vision drop, the second level vision drop report include that second level visual and doctor build
View.
5. three-level vision drop monitoring method as claimed in claim 4, which is characterized in that the second level vision drop report packet
Include poor sight analysis and the poor sight analysis of causes.
6. three-level vision drop monitoring method as described in claim 1, which is characterized in that further include being sieved in the level-one eyesight
It looks into step process, on the spot the level-one vision drop report；It further include in the second level vision drop step process, on the spot
Print the second level vision drop report.
7. three-level vision drop monitoring method as described in claim 1, which is characterized in that further include being sieved in the level-one eyesight
It looks into step and the second level vision drop step process and is monitored.
8. three-level vision drop monitoring method as described in claim 1, which is characterized in that further include being sieved in the level-one eyesight
When looking into step, first time subject data input is carried out, in the third level vision drop step, second is carried out and is examined
Personal information typing.
9. three-level vision drop monitoring method as described in claim 1, which is characterized in that further include being sieved in the level-one eyesight
It looks into step process, the level-one eyesight data transmission to cloud server is stored；It further include in the second level eyesight
In screening step process, the second level eyesight data transmission to cloud server is stored.
10. three-level vision drop monitoring method as described in claim 1, which is characterized in that further include measuring the three-level
Data are compared with the level-one measurement data and the second level vision drop data.
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