TWI501751B - Vision testing system - Google Patents

Description

Vision test system

The invention relates to a vision test system, in particular to a vision test system which allows a user to detect vision and color blindness by himself, and the generated historical test data can automatically draw a statistical chart of the test records from the past to the present.

The eye is the most important window of human soul. Through the eyes, human beings can carry out various activities. However, because of poor reading habits or excessive use of the eyes, common vision problems are myopia, hyperopia, strabismus, color blindness and astigmatism. Therefore, it is inevitable to check the eyesight of the eye regularly. It is necessary to know the visual acuity in the correct way to effectively maintain the health of vision. Nowadays, there is a vision testing system, such as the Republic of China New Patent No. M373727: "Vision Test" In the system, the vision testing system includes an arithmetic unit, a display, a transmission unit, and an input unit. Wherein, the computing unit stores a vision test program; the display is connected to the computing unit for displaying an operation window of the vision test program; the transmission unit is connected to the operation unit for signal transmission. The unit further has a connection port and a receiver; the input unit is connected to the transmission unit by a wireless transmission mode, and the input unit generates a control signal; after receiving the control signal by the receiver, the input unit can change the The direction or decision control in the operation window greatly increases the convenience of operation, and can be operated independently to increase the application range. However, the conventional vision test system does not automatically record the detection result, that is, it must be recorded by the user, thus causing use. Inconvenience.

In view of the fact that the conventional vision testing system does not automatically record the detection result, it must be recorded by the user to cause inconvenience in use, thereby developing a vision testing system, especially one that allows the user to A visual acuity test system for detecting vision and color blindness. The visual acuity test system can perform visual acuity tests by logging in to the cloud through a network and a computer, and matching the motion detection device to identify the direction of motion of the user, so that the user can detect it by himself. Vision and color blindness, and when the user regularly detects the detection data generated by his or her vision and color blindness, the test data is stored in the personalized historical data management database in the personalized historical data management subsystem, and when the user wants When viewing the historical data previously detected, the personalized historical data management subsystem automatically draws a statistical chart of the test records from the past to the present, allowing the user to understand their visual changes at a glance.

(10) ‧‧‧ users

(1)‧‧‧ Computer

(2) ‧‧‧ Somatosensory Detector

(3) ‧ ‧ network

(4) ‧‧‧ front end

(41) ‧ ‧ Vision Test Subsystem

(42) ‧‧‧Image capture subsystem

(43) ‧‧‧Image Processing Subsystem

(5) ‧‧‧Cloud

(51)‧‧‧Test Processing Subsystem

(511) ‧ ‧ test title database

(52) ‧‧‧Member Subsystem

(521)‧‧‧ Member Database

(53) ‧ ‧ Personalized Historical Data Management Subsystem

(531) ‧ ‧ Personalized Historical Data Management Database

(61) (62) ‧‧‧ graphics

(63)‧‧‧Digital options

(7) ‧ ‧ statistical charts

First Figure: A perspective view of the vision test system of the present invention. .

The second figure is a schematic diagram showing the visual acuity of the computer of the present invention.

The third figure is a schematic diagram showing the pattern of detecting color blindness and a plurality of digital options by the computer of the present invention.

Figure 4 is a schematic diagram of a statistical chart of the test record of the present invention.

Fig. 5 is a block diagram showing the flow of use of the present invention.

Referring to the first figure, the present invention provides a vision testing system which is connected to a computer 1 and a body sensor 2 via a network 3.

Please refer to the first and fifth figures. The vision test system performs front-end 4 operations through the computer 1 and the body-sensing detector 2. The front-end 4 operation process is first entered by the user 10 into the vision test subsystem 41, and then The image capturing subsystem 42 obtains information such as the face and eye shape of the user 10, and transmits the obtained information to the image processing subsystem 43 and then to the vision testing subsystem 41, and when passing through the computer 1 When the cloud 5 is accessed by the network 3, it can enter the cloud 5 by the vision testing subsystem 41. The cloud 5 includes a test processing subsystem 51, a member subsystem 52, and a humanized historical data management subsystem 53. To perform the vision test, it can enter the test processing subsystem 51. The test processing subsystem 51 includes a test title database 511, which provides test questions for detecting vision and color blindness, such as the second and As shown in the three figures, when the visual acuity is selected, the graphic 61 is displayed for the user 10 to compare the direction of the notch, and the motion detector 2 can be used to recognize the direction of motion of the user 10, and the color detection is selected. When it is displayed, the color detection pattern 62 and the plurality of number options 63 are displayed, and the body sensor 12 can be used to identify the number selected by the user 10, please match the figure shown in the third figure. 62 is 6, and the number option 63 of 6 is located at the lower right. When the user 10 wants to compare the number option 63, the user can directly face the lower right direction of the body sensor 2, and the user 10 can be in the cloud. 5 enter the member subsystem 52 lose The member information is stored in the member database 521, and the information such as the face and eye type of the user 10 obtained by the image capturing subsystem 42 is also stored in the member database 521, and the user 10 periodically detects the user's information. The detection data generated by vision and color blindness is stored in the personalized historical data management database 531 in the personalized historical data management subsystem 53, and when the user 10 wants to view the historical data previously detected, the individual The historical data management subsystem 53 automatically draws a statistical chart 7 of the test records from the past to the present (refer to the fourth figure), so that the user 10 can understand his or her vision changes at a glance.

In summary, the present invention provides a vision test system that can perform a vision test through the network 3 and the computer 1 to log in to the cloud 5, and cooperate with the body sense detector 2 to identify the user 10 ratio. The direction of motion allows the user 10 to detect vision and color blindness by itself, and when the user 10 periodically detects the detection data generated by his or her vision and color blindness, the detection data is stored in the personalized historical data management subsystem 53. Personalized historical data management database 531, and when user 10 wants to view previously detected historical data, the personalized historical data management subsystem 53 automatically draws a statistical chart 7 of the detection records from the past to the present, allowing use 10 can see at a glance Understand your own vision changes.

(1)‧‧‧ Computer

(2) ‧‧‧ Somatosensory Detector

Claims (2)

A vision testing system comprising: a computer that allows a user to operate a front end operation, the front end operation process uses a computer to enter a vision test subsystem, and an image capture subsystem obtains a user's face and eye Type information, and the obtained information is transmitted to an image processing subsystem and then transmitted back to the vision test subsystem; the integrated sensor detects the user's face and eye type information and recognizes the user's limb movements. The somatosensory detector is connected to the computer; a network that allows the computer to enter the cloud; the computer and the somatosensory detector can log in to the cloud through the network and the computer to perform an eye test, and cooperate with the sense detection The detector recognizes the direction of motion of the user, allowing the user to detect vision and color blindness. The visual acuity test system of claim 1, wherein when the cloud is used to climb the cloud through the computer, the visual test subsystem can enter the cloud, and the cloud system includes a test processing subsystem and a member. The subsystem and a humanized historical data management subsystem can enter the test processing subsystem when the vision test is to be performed. The test processing subsystem includes a test title database, and the test title database provides detection vision and color blindness. The test subject, and the user can enter the member subsystem in the cloud to input the member data and store it in the member database, and the face and eye type information obtained by the image capturing subsystem is also stored in the member database. When the user periodically detects the detection data generated by his or her vision and color blindness, the detection data is stored in the personalized historical data management database in the personalized historical data management subsystem, and when the user wants to see the previously detected data. Historical data, the personalized historical data management subsystem automatically maps from the past to the present Statistical chart of the record.