阅读说明：本技术 一种提升视力的方法 (Method for improving eyesight ) 是由 张旭明 于 2020-06-19 设计创作，主要内容包括：本发明公开了一种提升视力的方法,要解决的是现有保健品对提升视力效果不佳和见效慢的问题。本发明的具体步骤如下：步骤一,对使用者的视力进行检测,得到视力数据；步骤二,根据使用者的视力数据设置综合检眼仪的参数；步骤三,近点优化：确定使用者视力的近点稳定量和近点极限量,再调节进行协同优化；步骤四,远点优化：确定使用者视力的远点稳定量和远点极限量；步骤五,利用热疗系统进行眼部缓解即可。本发明通过有针对性的眼调节机能的拓展优化,完善双眼视觉成像功能,提升人眼视网膜中心凹的成像质量水平,控制近视的发生和发展,实现裸眼视力1.0的目标,可以快速提升裸眼视力。(The invention discloses a method for improving eyesight, and aims to solve the problems of poor eyesight improving effect and slow effect of the existing health care product. The method comprises the following specific steps: step one, detecting the eyesight of a user to obtain eyesight data; setting parameters of the comprehensive eye examination instrument according to the vision data of the user; step three, near point optimization: determining the near point stable quantity and the near point limit quantity of the vision of the user, and then adjusting to carry out cooperative optimization; step four, remote point optimization: determining the far point stable quantity and the far point limit quantity of the vision of the user; and fifthly, relieving the eyes by utilizing a thermal therapy system. The invention perfects the binocular vision imaging function through targeted expansion and optimization of the eye adjusting function, improves the imaging quality level of fovea of the retina of human eyes, controls the occurrence and development of myopia, realizes the aim of naked eye vision 1.0 and can quickly improve the naked eye vision.)

1. A method for improving eyesight is characterized by comprising the following specific steps:

step one, detecting the eyesight of a user to obtain eyesight data;

setting parameters of the comprehensive eye examination instrument according to the vision data of the user;

step three, near point optimization: determining the near point stable quantity and the near point limit quantity of the vision of the user, and then adjusting to carry out cooperative optimization;

step four, remote point optimization: determining the far point stable quantity and the far point limit quantity of the vision of the user;

and fifthly, relieving the eyes by utilizing a thermal therapy system.

2. The method for improving eyesight as claimed in claim 1, wherein the vision data in the first step comprises naked eye vision, interpupillary distance, diopter number, positive and negative accommodation power, positive and negative collective power and implicit inclination.

3. The method for improving eyesight as claimed in claim 1, wherein the parameters of the integrated ophthalmoscope in the second step include original degree, interpupillary distance and working time.

4. The method for improving eyesight as claimed in claim 1, wherein the determination of the amount of near point stabilization in the three steps is as follows: the visual target card 1.0 is placed at the position 15cm in front of the comprehensive eye examination instrument, the load is increased on the basis of the vision data, the condition of a user is continuously observed in the period, and under the condition that the opening direction of the visual target card is clearly seen, the load is continuously increased until the visual target card is blurred, and the numerical value of the near point stable quantity can be determined.

5. A method for improving eyesight as claimed in claim 1 or 4, wherein the determination of the limit of the near point in the three steps is as follows: placing a 1.0 visual target card, adjusting the speed of the comprehensive eye examination instrument, slowly and longitudinally moving a cursor of the comprehensive eye examination instrument back and forth for multiple times, inquiring the clear condition of a user, ensuring that the visual target must be clearly seen at the far, middle and near positions, then simultaneously increasing the load for two eyes until the fuzzy condition appears, and recording the maximum regulating value of the two eyes to obtain the near point limit.

6. The method for improving eyesight as claimed in claim 1, wherein the step of determining the far point stabilizing amount in the four middle points comprises the following steps: and moving the case to the rearmost end, fixing the 1.0 sighting mark card at the foremost end of the case, and continuously reducing the load value on the basis of the vision data until the normal load value appears, namely obtaining the value of the far point stable quantity.

7. A method for improving eyesight as claimed in claim 1 or 6, wherein the determination of the far-middle limit of the four steps is as follows: move the machine case to the rearmost end, fix 1.0 sighting mark card at the machine case foremost, adjust the speed of synthesizing the eye examination appearance, inquire user's clear situation, the both eyes increase simultaneously under the circumstances of far away, well, nearly clear and carry numerical value, if the circumstances of seeing clearly for a long time appears, reduce interpupillary distance, the machine case is advanced and is pushed forward, and until seeing clearly again, the circulation is reciprocal, until the biggest regulation limit appears, the numerical value of the extreme quantity of far-point that is obtained.

Technical Field

The invention relates to the field of vision improvement, in particular to a method for improving vision.

Background

With the increase of economic income of people and the increasing concern of people on the physical health of people, people can adopt various modes to meet the needs of people, and the improvement of eyesight is one of the common ways.

The vision refers to the ability of retina to distinguish images, and with the popularity of electronic products and the increasing dependence on computers for people to work, many people can cause vision deterioration due to long-time eye use, and people mostly adopt various health care products to improve the vision, but the effect is slow and poor.

Disclosure of Invention

An embodiment of the present invention provides a method for improving eyesight, so as to solve the problems in the background art.

In order to achieve the above purpose, the embodiments of the present invention provide the following technical solutions:

a method for improving eyesight comprises the following specific steps:

step one, detecting the eyesight of a user to obtain eyesight data;

setting parameters of the comprehensive eye examination instrument according to the vision data of the user;

step three, near point optimization: determining the near point stable quantity and the near point limit quantity of the vision of the user, and then adjusting to carry out cooperative optimization;

step four, remote point optimization: determining the far point stable quantity and the far point limit quantity of the vision of the user;

and fifthly, relieving the eyes by utilizing a thermal therapy system. (see if the next step is correct, if there are other data to verify the result provide)

As a further scheme of the embodiment of the invention: and in the step one, the vision data comprises naked eye vision, interpupillary distance, diopter, positive and negative adjusting power, positive and negative set power and implicit inclination.

As a further scheme of the embodiment of the invention: and in the second step, the parameters of the comprehensive eye examination instrument comprise original degrees, pupil distance and working time.

As a further scheme of the embodiment of the invention: the determination of the near point stable quantity in the third step comprises the following steps: the visual target card 1.0 is placed at the position 15cm in front of the comprehensive eye examination instrument, the load is increased on the basis of the vision data, the condition of a user is continuously observed in the period, and under the condition that the opening direction of the visual target card is clearly seen, the load is continuously increased until the visual target card is blurred, and the numerical value of the near point stable quantity can be determined.

As a further scheme of the embodiment of the invention: the determination of the limit of the near point in the third step comprises the following steps: placing a 1.0 visual target card, adjusting the speed of the comprehensive eye examination instrument, slowly and longitudinally moving a cursor of the comprehensive eye examination instrument back and forth for multiple times, inquiring the clear condition of a user, ensuring that the visual target must be clearly seen at the far, middle and near positions, then simultaneously increasing the load for two eyes until the fuzzy condition appears, and recording the maximum regulating value of the two eyes to obtain the near point limit.

As a further scheme of the embodiment of the invention: the cooperative optimization in the third step comprises the following steps: the case is moved to the rearmost end, the 1.0 sighting target card is fixed at the foremost end of the case, the longitudinal moving speed of the comprehensive eye examination instrument is adjusted, the definition change of a user is inquired in the process of longitudinal movement of the sighting target, and the load degrees of two eyes are continuously reduced under the condition of clear reading until the original degrees are returned.

As a further scheme of the embodiment of the invention: the determination of the far-point stabilizing quantity in the fourth step comprises the following steps: and moving the case to the rearmost end, fixing the 1.0 sighting mark card at the foremost end of the case, and continuously reducing the load value on the basis of the vision data until the normal load value appears, namely obtaining the value of the far point stable quantity.

As a further scheme of the embodiment of the invention: the determination of the limit quantity of the middle and far points in the four steps comprises the following steps: move the machine case to the rearmost end, fix 1.0 sighting mark card at the machine case foremost, adjust the speed of synthesizing the eye examination appearance, inquire user's clear situation, the both eyes increase simultaneously under the circumstances of far away, well, nearly clear and carry numerical value, if the circumstances of seeing clearly for a long time appears, reduce interpupillary distance, the machine case is advanced and is pushed forward, and until seeing clearly again, the circulation is reciprocal, until the biggest regulation limit appears, the numerical value of the extreme quantity of far-point that is obtained.

Compared with the prior art, the embodiment of the invention has the beneficial effects that:

the invention perfects the binocular vision imaging function through targeted expansion and optimization of the eye adjusting function, improves the imaging quality level of fovea of the retina of human eyes, controls the occurrence and development of myopia, realizes the aim of naked eye vision 1.0 and can quickly improve the naked eye vision.

Detailed Description

The technical solution of the present patent will be described in further detail with reference to the following embodiments.