| 1. | Pyroelectric optical transducer sensor
热释电式光传感器 |
| 2. | The paper analyzes a model of the line structured light sensor , and also derives imaging formulas by matrix transformation way
摘要分析了结构光传感器的模型，从矩阵变换的角度推导出了传感器的成像公式。 |
| 3. | An easy and accurate method of system calibrating the 3d optical multi - sensor profilometry with line structured - illuminated laser is proposed in this paper
针对系统校准过程，本文提出了一种对多线结构光传感器三维测量系统的校准方法。 |
| 4. | 4 : implement the registration and merging of 3 - d range data produced by triple laser stripe sensors . the final data can be used by shoemaking - cad
4 ：实现了3个激光线结构光传感器的数据配准和数据融合，得到可用于制鞋cad和制植cad的脚形和植形数据。 |
| 5. | Using a specially designed keyboard in conjunction with state - of - the - art light sensor technology , a hand or head pointer controls a beam of light that enters , then confirms , the key or mouse function
特殊设计的键盘采用了光传感器技术，位于手或是头部的指示器控制一束光进行回车，然后确认，其功能就和鼠标键盘一样。 |
| 6. | 2 : propose a who1e blueprint of the 3 - - d 0ptical multi - - sensors profilometry system . implement the most important parts of hardware and software subsystems of the system , it can profi le some rigid and soft objects
2 ：提出多个激光线结构光传感器的三维脚形测量系统设计方案，完成了对于三维鞋楦和脚型三维面形测量的硬件和软件系统的实现。 |
| 7. | In order to reduce the effect of line - structured laser source on the m easuring accuracy , a unidirectional expanding optical path for the nonlinear sou rce is presented , which can accomplish shaping and intensity correction of gauss ian beam
为了减小线结构光传感器光源对测量精度的影响，设计了一种集整形和能量校正为一体的非线性光源单向扩展光路。 |
| 8. | At the same time , the parameter monitoring circuit is designed to check the operational parameters of pharos that include voltage of power supply , operational current , based on lm339 voltage comparer , optical sensor and logical circuit
以lm339电压比较器为核心，结合光传感器、逻辑电路等，设计出参数检测电路，监测航标灯的电源电压、工作电流等工作参数。 |
| 9. | It presented how the shoes measurement carried out in this paper . mainly research was made on the calibration of this 3d measurement system using muti - sensor with line structured - illuminated laser and the processing of 3d reconstruction
本文围绕着脚型测量的各个过程进行了阐述，主要对多个线结构光传感器三维脚型测量系统中的系统校准、三维重建等过程进行了研究。 |
| 10. | With this foundation , using our laboratory ’ s 3d geometry vision and structured laser sensor , the character information of remote environment is obtained and the model of remote environment based on this platform is set up
在此平台上,利用本实验室已经研制的双目立体视觉系统与结构光传感器,完成了远端环境特征信息的提取,然后在研制的虚拟环境操控平台中实现了远端环境模型的建模工作。 |
