CN109893080A - A kind of intelligent interactive method of self-service measurement eyesight - Google Patents
A kind of intelligent interactive method of self-service measurement eyesight Download PDFInfo
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- CN109893080A CN109893080A CN201910234270.1A CN201910234270A CN109893080A CN 109893080 A CN109893080 A CN 109893080A CN 201910234270 A CN201910234270 A CN 201910234270A CN 109893080 A CN109893080 A CN 109893080A
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Abstract
The identity information is uploaded to data by wireless telecommunications and stores cloud by a kind of intelligent interactive method of self-service measurement eyesight, the identity information collected including obtaining identification authentication system；The touch screen for obtaining display end selects information, obtains the location information of user, generates measurement visual chart according to history vision criteria information；And every a line that corresponding eyesight is obtained from the measurement visual chart tests information, is shown at random in display end using " E " mark of different directions；The measurement eyesight for collecting user selects information, the judging result of " E " mark described in acquisition and measurement eyesight selection information in preset judgment method in the same direction/not in the same direction；Test result is obtained, test result is shown in display end.The present invention realizes scientific popularization by human-computer interaction in eyesight testing field, collects user's eyesight data, realizes that multiple data comparison, statistical graph are intuitively presented, also with the advantage of advertising and platform management.
Description
Technical field
The present invention relates to eyesight measurement technical field, especially a kind of intelligent interactive method of self-service measurement eyesight.
Background technique
Eyesight measurement is the most basic measurement means of human visual function a kind of, is widely used in ophthalmic diagnosis,
Optometry is with mirror, occupation choice and traffic safety etc..With popularizing for Medicare, eyesight measurement is in medical examination project
A very important content.
What eyesight measurement traditional at present was measured generally by the mode of manual measurement and record, but this side
When the number of inspection is more, it is slow, inefficient to will lead to eyesight measurement process due to using manual measurement and record for formula
Problem.It is difficult to spread in people's daily life simultaneously.
Summary of the invention
In order to overcome the disadvantages mentioned above of the prior art, the object of the present invention is to provide one kind of energy scientific popularization eyesight measurement
The intelligent interactive method of self-service measurement eyesight.
The technical solution adopted by the present invention to solve the technical problems is: a kind of intelligent interaction side of self-service measurement eyesight
Method, including:
The identity information that identification authentication system is collected is obtained, the identification authentication system includes code reader, identity card identification
The identity information is uploaded to data by wireless telecommunications and stores cloud by device, recognition of face device；Showing in the code reader has
Two dimensional code or bar code mark, user carry out barcode scanning identification by the wechat of mobile terminal or other APP, upload body by wireless telecommunications
Part information to data store cloud, or by identity document or recognition of face, establish personally identifiable information and be uploaded to data storage
Cloud.
The touch screen for obtaining display end selects information, and the touch screen selection information includes the history vision criteria letter of user's filling
Breath, selection right and left eyes measuring sequence information；User is operated by touching display end, such as understands that itself current vision condition can
Vision criteria information is directly inserted, the measuring sequence of left eye and right eye is then selected.
The location information for obtaining user, wherein the positioning measurement that the location information of the user is carried out by infrared distance measurement device；
The infrared distance measurement device locks a certain position, the positioning that optimum position is 2.5 meters of user distance display end, when subscriber station is in the position
It postpones, infrared distance measurement device carries out positioning measurement, enters test phase after determining.
Measurement visual chart is generated according to history vision criteria information；The measurement visual chart is the complete of international standard visual chart
Portion or in which a part, international standard visual chart are using E word as sighting target, and stroke width and interval are 1 point of view visual angle, sighting target
The hem width of E is 5 points of visual angles, and gap width is 3 points of visual angles, and totally 12 row, the progressive increase rate of sighting target are blending collection number, eyesight for sighting target arrangement
For arithmetic series (0.1~1.0 or 4.0~5.2), recorded with decimal.
Every a line that corresponding eyesight is obtained from the measurement visual chart tests information, and different directions are used in display end
" E " mark shown at random；The measurement visual chart is generated according to the own eyesight information that user inserts, if user does not have
It inserts itself history eyesight information and just generates entire international standard visual chart.When user inputs the eyesight of some arithmetic series,
The measurement eyesight of generation includes highest arithmetic series (1.0 or 5.2) to some arithmetic series lower than user's input, does not need weight
Newly start to measure, saves a large amount of time of measuring.
It is identified according to " E " of the different directions shown in display end, collects the measurement eyesight selection letter of user
Breath, wherein the measurement eyesight selection information includes at least one of: information, the user gesture of user speech collection are collected
Information, remote controler button information；User is measured by gesture or voice or remote controler, passes through camera or sound pick-up
Or remote controler collects the information of relevant " upper and lower, left and right " four direction.
The judgement of " E " mark described in being obtained in preset judgment method in the same direction/not in the same direction and measurement eyesight selection information
As a result；It carries out in the same direction or does not judge in the same direction with " E " mark in the measurement eyesight selection information of collection, indicate in the same direction just
Really, in the same direction it is not mistake, finally counts the accuracy in row test information, when accuracy reaches 80%, can enters more
The eyesight measurement of high arithmetic series.
Test result is obtained, test result is shown in display end, and test result is uploaded to number by wireless telecommunications
It is associated with according to storage cloud with identity information, wherein accuracy of the test result by judging result in every a line test information is determined
It is fixed.
As a further improvement of the present invention: the measurement visual chart is generated according to history vision criteria information, is not being had
When the history vision criteria information of user's filling, measurement visual chart shows row test letter at random testing information by the first row
The different directions " E " of breath identify.
As a further improvement of the present invention: the measurement eyesight of user selection information include collect it is upper and lower, left,
Right four direction information.
As a further improvement of the present invention: the judging result is 80% judgement in the accuracy of every a line test information
Pass through for the row eyesight testing, tests information into next line.
As a further improvement of the present invention: the test result is by printing end field print.
As a further improvement of the present invention: user uploads identity information to data by mobile terminal and code reader and stores
Cloud, data storage cloud obtains test result, and passes through the mobile terminal of wireless telecommunications transmission test result to user.
User can be paid close attention to, test result is being measured by the two dimensional code or bar code mark in code reader by mobile terminal barcode scanning
At on the mobile terminal for being sent to user.
Compared with prior art, the beneficial effects of the present invention are:
The present invention realizes scientific popularization by human-computer interaction in eyesight testing field, collects user's eyesight data, realizes more
Secondary data comparison, statistical graph are intuitively presented, also with the advantage of advertising and platform management.
Specific embodiment
Now in conjunction with embodiment, the present invention is further described:
A kind of intelligent interactive method of self-service measurement eyesight, including perception measurement device.
User first passes through identity document or mobile terminal carries out identity information typing, specifically, by mobile terminal to view
The two dimensional code that code reader on force measuring device is shown carries out barcode scanning concern, then typing identity information.
Display end on perception measurement device carries out typing touch screen and selects information, and the touch screen selection information includes user
History vision criteria information, the selection right and left eyes measuring sequence information of filling；If the history vision criteria information of filling is left eye
Then eyesight 0.9 and right vision 0.9 select first to measure the sequence that right eye is measured after left eye.
The infrared distance measurement device is moved to after the completion of user's operation to carry out on the position of positioning measurement, the position be user away from
With a distance from 2.5 meters of display end, when subscriber station in the position after, infrared distance measurement device carry out positioning measurement, determine after enter test
Stage.
Perception measurement device generates measurement visual chart according to history vision criteria information；The measurement visual chart is according to the world
0.9 or more arithmetic series of standard visual acuity chart accordingly generates 0.8,0.9 and 1.0 3 rows test information.
Three rows are tested information and are shown at random in display end using " E " mark of different directions with 1 to 1 ratio.
It is identified according to " E " of the different directions shown in display end, collects the measurement eyesight selection letter of user
Breath, user are measured by gesture, collect relevant representative " upper and lower, left and right " four by the camera of perception measurement device
The information of a direction gesture.
The judgement of " E " mark described in being obtained in preset judgment method in the same direction/not in the same direction and measurement eyesight selection information
As a result；It carries out in the same direction or does not judge in the same direction with " E " mark in the measurement eyesight selection information of collection, indicate in the same direction just
Really, it is not in the same direction mistake, the accuracy in the test information of 0.8 grade is finally counted, when accuracy reaches 80%, Ji Kejin
Enter the eyesight measurement of higher arithmetic series.And so on, eyesight measurement belongs to normally up to 1.0 grades, i.e. eyesight.
In preset judgment method in the same direction/not in the same direction, user obtains test knot in the test information of 0.9 grade
The accuracy of fruit is lower than 80%, then determines that user's eyesight grade is 0.9 eyesight.
Eyesight measurement is completed, and test result is shown in the display end of perception measurement device, and test result is passed through wirelessly
Communication is uploaded to data storage cloud and is associated with identity information.
User uploads identity information to data by mobile terminal and code reader and stores cloud, and data storage cloud is obtained
Test result is taken, and passes through the mobile terminal of wireless telecommunications transmission test result to user.Simultaneously can also by printing end into
Row field print test result.
When sending test result, a marketing or other information can be sent simultaneously.
Data storage cloud can be compared by data analysis statistical, realized multiple eyesight data comparison, formed
Statistical graph is presented.
The implementation case carries out the popular science propaganda of the knowledge such as eyesight, eye illness by way of picture and text+voice+video+game；
Reach the acquisition of user data simultaneously during science popularization is interacted and participated in.Perception measurement device has advertising function simultaneously
It can, it is possible to provide picture and text+voice+video+game mode carries out advertising；It can be remotely by management backstage to each machine
Carry out data update and curriculum offering.Under public's scene, the interactive game of some health of setting offer, reach the mesh for inhaling powder
's.
The implementation case also has platform management functions, pyramid architecture can be divided successively to manage, and per unit can manage
The terminal device of oneself is managed, platform can manage each terminal device, can import and export a customer data and related
Statistical data etc..
In conclusion after those skilled in the art read file of the present invention, according to the technique and scheme of the present invention with
Technical concept is not necessarily to creative mental labour and makes other various corresponding conversion schemes, belongs to the model that the present invention is protected
It encloses.
Claims (6)
1. a kind of intelligent interactive method of self-service measurement eyesight, it is characterized in that including:
The identity information that identification authentication system is collected is obtained, the identification authentication system includes code reader, identity card identifier, people
The identity information is uploaded to data by wireless telecommunications and stores cloud by face identifier；
The touch screen for obtaining display end selects information, touch screen selection information include user's filling history vision criteria information,
Select right and left eyes measuring sequence information；
The location information for obtaining user, wherein the positioning measurement that the location information of the user is carried out by infrared distance measurement device；
Measurement visual chart is generated according to history vision criteria information；And each of corresponding eyesight is obtained from the measurement visual chart
Row test information is shown in display end using " E " mark of different directions at random；
It is identified according to " E " of the different directions shown in display end, collects the measurement eyesight selection information of user,
In, the measurement eyesight selection information includes at least one of: the letter of information, user gesture collection that user speech is collected
The button information of breath, remote controler；
The judging result of " E " mark described in being obtained in preset judgment method in the same direction/not in the same direction and measurement eyesight selection information；
Test result is obtained, test result is shown in display end, and test result is uploaded to data by wireless telecommunications and is deposited
Storage cloud is associated with identity information, wherein accuracy of the test result by judging result in every a line test information determines.
2. the intelligent interactive method of the self-service measurement eyesight of one kind according to claim 1, it is characterized in that: the measurement eyesight
Table is generated according to history vision criteria information, and in the history vision criteria information of no user filling, measurement visual chart is by the
A line test information starts different directions " E " mark for showing row test information at random.
3. the intelligent interactive method of the self-service measurement eyesight of one kind according to claim 1, it is characterized in that: the survey of the user
Amount eyesight selection information includes the upper and lower, left and right four direction information collected.
4. the intelligent interactive method of the self-service measurement eyesight of one kind according to claim 1, it is characterized in that: the judging result
It is determined as that the row eyesight testing passes through in the accuracy of every a line test information for 80%, tests information into next line.
5. the intelligent interactive method of the self-service measurement eyesight of one kind according to claim 1, it is characterized in that: the test result
By printing end field print.
6. the intelligent interactive method of the self-service measurement eyesight of one kind according to claim 1, it is characterized in that: user passes through movement
Terminal and code reader upload identity information to data and store cloud, and data storage cloud obtains test result, and passes through nothing
Line communication sends test result to the mobile terminal of user.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110916609A (en) * | 2019-12-19 | 2020-03-27 | 北京九辰智能医疗设备有限公司 | Vision detection device |
| CN114809729A (en) * | 2022-04-14 | 2022-07-29 | 毛宁 | Children and teenagers campus myopia screening and monitoring system and dynamic prevention and control system building method |
| CN115054198A (en) * | 2022-06-10 | 2022-09-16 | 广州视域光学科技股份有限公司 | Remote intelligent vision detection method, system and device |
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| CN109363620A (en) * | 2018-10-22 | 2019-02-22 | 深圳和而泰数据资源与云技术有限公司 | A kind of vision testing method, device, electronic equipment and computer storage media |
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| CN104000553A (en) * | 2014-05-23 | 2014-08-27 | 何明光 | Electronic vision detecting system adopting double-blind design |
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