实验表明：该读数方法绝对误差为零，非常适合于高精度指针式仪表自动跟踪判读。
The experiment shows that the absolute error of the reading approach is zero, which is applicable to automatic tracking reading of high-precision meter very well.
根据量筒、滴定管和容量瓶的正确读数方法，对读数方法不正确所造成的读数误差及由读数误差引起的滴定误差和配制误差进行了分析和归纳。
It also analysed and sumed up the reading errors made by incorret methods of people; the titration's errors and configuration solutions errors made by the readings errors.
为改进原检定过程的人工读数方法和提升智能化程度，介绍了玻璃液体温度计自动读数系统的研制方法，讨论了计算机图像处理技术的应用、检定结果的计算。
In order to improve reading method and upgrade intelligence, a design! of automatic reading system for verification of liquid-in-glass is introduced in this paper.
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