| 1. | A design of artificial neural network based digital sensor for level angle
基于人工神经网络的数字式水平传感器 |
| 2. | Using this device , we can measure gun ' s height angle and level angle static state directional precision
应用该装置对炮管高低角静态定向精度、水平角静态定向精度进行了测试。 |
| 3. | The actual - operating parameter ( level angle , pitching angle , speed etc ) of theodolite are measured by code check of theodolite , and sent to computer by the interface
教练员可通过系统提供的输入界面输入目标的位置参数及目标飞行轨迹的特征点。经纬仪的实际运动参数由经纬仪自身的码盘测出，并通过计算机接口输入到计算机中。 |
| 4. | A kind of capacitor sensor to make computer - based measurements to level angle is designed . it is with the aid of artificial neural network that we can non - linearity map the level angle with the output values regarding to the changing environmental conditions
利用电容式传感器实现水平偏转角度的计算机检测，在考虑环境条件变化的情况下，利用人工神经网络实现偏转角与输出量值的非线性映射。 |
| 5. | Abstract : a kind of capacitor sensor to make computer - based measurements to level angle is designed . it is with the aid of artificial neural network that we can non - linearity map the level angle with the output values regarding to the changing environmental conditions
文摘:利用电容式传感器实现水平偏转角度的计算机检测，在考虑环境条件变化的情况下，利用人工神经网络实现偏转角与输出量值的非线性映射。 |
| 6. | Testing the standard error of horizontal direction with a equi - spaced scale and processing the tested data with the method of relitive adjustment , we obtain that the testing error of leveling angle is less than one third of the error of leveling angle , which testifies the validity and feasibility of the method
摘要针对全站仪精度，采用等间隔标尺检测的方法测定水平方向标准差，用相关参数平差的方法对检测数据进行处理，求取全站仪水平测角精度，得到水平角测定误差小于水平角误差的三分之一，实验证明该方法的正确性和可行性。 |
| 7. | Secondly , this article studies the static working state of the labyrinth seals in steady flow , including the cavity the relative thickness between gear the proportion of cavity depth to cavity width various gears the level angle of gear the influences of helical gear angle and it ' s flowing direction
2 、研究迷宫密封在定常流动下的静态工作特性，其中主要包括空腔数、齿间相对厚度、间隙与空腔宽度之比、空腔深宽之比、不同齿形、齿面倾斜角、斜齿倾角和流向等的影响。 |
