电脑验光

  • 网络Computer optometry;autorefraction
电脑验光电脑验光
  1. 常规行裂隙灯显微镜、三面镜眼底检查、OrbscanⅡ眼前段分析系统、眼压、A超、角膜测厚、电脑验光、散瞳检影、主观验光等检查。术后随访18个月以上。

    The examinations included slitlamp microscopy , fundus examination , Orbscan ⅱ corneal topography system , tonometry , pachymetry , cycloplegic and subjective refraction .

  2. 7月份验光均在小瞳孔下进行电脑验光。

    Computer optometry was made under small pupils conditions in July .

  3. 电脑验光与视网膜检影对青少年近视的比较研究

    Effect of computer optometry and retino - scopy on adolescent myopia

  4. 电脑验光仪单片机控制系统的设计与实现

    The Design and Realization of Microcontroller Control System for Computerized Subjective Refractometer

  5. 电脑验光仪和综合验光仪联合应用的临床评价

    Clinical evaluation of combined optometry of auto refract - keratometer and phoroptor

  6. 电脑验光与主觉试镜验光结果分析

    Analysis on the Reports of Computer Optometry and Subjective Trial of Lens

  7. 调节麻痹前后电脑验光的自身对照研究

    The self control studies on pre and post paralysis accommodation with computerized refraction

  8. 黑夜又临,晨光再现,是为第三天。使用日本生产的7100型自动验光仪先作电脑验光,再作检影验光。

    For optometry , 7100 automatic optometry instrument was used first , and retinoscopy next .

  9. 激光散斑电脑验光仪的光路设计及临床应用研究

    Design of the Optical System of Optometry Apparatus of Laser Speckles and the Clinical Practice Result

  10. 文摘:介绍了电脑验光仪单片机控制系统的组成原理和控制原理。

    Abstract : the composing and controling principles of microcontroller control system of computerized subjective refractometer are introduced .

  11. 目的比较米制直尺、电脑验光机与瞳距仪测量双眼瞳距的差异。

    Objective To investigate difference of metric ruler , videorefactor and pupillometer in measuring pupillary distance ( PD ) .

  12. 随着近视人口数量的增长和科学技术的发展,人们对电脑验光仪的要求不断提高。

    With the growth of myopia population and the development of science and technology , people need more automated computer refractometer .

  13. 电脑验光与检影验光柱镜轴差异较大(P<0.05)。

    The difference in the column lens axis between computer optometry and retinoscopy optometry was quite big ( P < 0.05 ) .

  14. 方法:对近视学生采用散瞳验光和电脑验光及测定患者的角膜曲率和用A超测定眼轴长度而进行分析。

    Methods : Analysis was done with mydriatic and computer optometry to measure corneal curvature and determine the length of the optic axis .

  15. 目的了解电脑验光的准确性,探讨电脑验光能否替代传统的验光技术在招飞体检中的应用。

    Objective To learn the accuracy of computer optometric techniques using traditional optometry as standard and the feasibility of using computer optometry to replace the traditional method .

  16. 方法:用PR-2000婴幼儿电脑验光仪与视网膜检影验光比较200例(400眼)的验光结果。

    Methods : The refractive states of 200 cases ( 400 eyes ) aged 0 5 ~ 14 were measured with PR-2000 pediatric automatic refractometer and retinoscopy respectively .

  17. 结果:正常瞳孔下电脑验光和散瞳下检影验光得到的屈光度和散光轴向相同或极其相似,统计学处理无显著性差异(P>0.05);

    · RESULTS : The results of diopter and astigmatic axis by retinoscopy and computer optometry were same or similar , with no significant difference ( P > 0.05 ) .

  18. 目的:探讨电脑验光在儿童及青少年屈光不正验光检验中的应用价值,及调节因素对其测定结果的影响。

    Objective : To evaluate the clinical value and the effects of the accommodation factors on the measured results with computerized refraction for checking the refractory errors in youth and children .

  19. 方法:对5~26岁190眼调节麻痹前后分别电脑验光,对测得数据进行自身对照和分析。

    Methods : Investigation was carried out on the relationship between pre and post paralysis accommodation with computerized refraction in 190 eyes of 5 26 years old patients , by self control analysis .

  20. 结果散瞳后电脑验光和检影验光结果相同,而小瞳孔下电脑验光和检影验光则存在较大差异。

    Results The result of the computer optometry and the result of the shadow test optometry were the same after mydriasis , but computer optometry is very different from shadow test optometry under small pupils conditions .

  21. 由家长陪同到上海市眼病防治中心,由专业眼科医师进行眼部常规检查和屈光检查,测裸眼和戴镜视力、眼轴长度、眼压,并散瞳电脑验光和测角膜曲率。

    Accompanied by their parents to Shanghai Eye Disease Prevention Center , students were conducted by professional eye doctors , routine eye examination and refraction , eye test and glasses naked eye , axial length , intraocular pressure , and dilated eye examination and computerized corneal curvature measurements .

  22. 目的评价电脑自动验光与综合验光仪主动验光联合应用的临床价值。

    Objective To evaluate the clinical value of combined optometry of auto refract keratometer and phoroptor .