1) medical electronic endoscopy
医用电子内镜
1.
This paper presents a medical electronic endoscopy real-time image acquisition and control system which consists of video codec chip,flash memory and FPGA.
介绍了一套基于视频编解码芯片、闪存以及FPGA的医用电子内镜实时图像采集控制系统。
2) medical electronic endoscope
医用电子内窥镜
1.
Research on Real-Time Distortion Correction and Automatic Brightness Control Hardware System for Medical Electronic Endoscope;
医用电子内窥镜畸变实时校正与自动亮度控制硬件系统的研究
2.
Research on Real-Time Distortion Correction Hardware System of Color Image for Medical Electronic Endoscope;
医用电子内窥镜彩色图像畸变实时校正硬件系统的研究
3.
In order to solve the opto-distortion problems of medical electronic endoscope, the theory of real-time distortion correction system of medical electronic endoscope and the realization of hardware system are introduced.
针对内窥镜系统光学畸变问题,提出了医用电子内窥镜畸变实时校正系统的原理和硬件系统的实现。
3) medical endoscope
医用内窥镜
1.
The mechanism of the conventional medical endoscope in our country is introduced here, and its safe and effective performance is discussed in regard to requirements in premarketing evaluation.
介绍国内市场上常见的医用内窥镜的工作机理,结合目前的市场准入要求对这一类产品的安全性和有效性技术指标进行 了探讨。
4) electronic endoscope
电子内镜
1.
The maintainence and settlement of common troubles for OLYMPUS electronic endoscope system;
OLYMPUS电子内镜系统维护及常见故障处理
2.
Retrospective analysis of the breakdowns and maintaining of Fujinon electronic endoscope;
富士能电子内镜故障及其维护的回顾性分析
5) medical ultrasonic endoscope
医用超声内窥镜
1.
USB2.0 Interface Design for High-Speed Image Acquisition System of Medical Ultrasonic Endoscope;
医用超声内窥镜高速图像采集系统的USB2.0接口设计
2.
0 Specification, a novel method for implementing high-speed image acquisition in medical ultrasonic endoscope by DMA is proposed.
0的DMA方式下实现医用超声内窥镜高速图像采集的新方法。
6) medical rigid endoscope
医用硬性内窥镜
1.
The evaluation method of medical rigid endoscope s luminouse energy transfer efficiency was established.
建立医用硬性内窥镜光能传递效率的评价方法。
补充资料：高分子医用绷带
分子式：
CAS号：
性质：一种以聚酯型聚氨酯为涂料的水固化型绷带,两包装,粉:液为2:1配合,可代替石膏用于骨折固定,具有透X光性能好、浸水后强度不变、透气、重量轻、患者活动方便的优点。
CAS号：
性质：一种以聚酯型聚氨酯为涂料的水固化型绷带,两包装,粉:液为2:1配合,可代替石膏用于骨折固定,具有透X光性能好、浸水后强度不变、透气、重量轻、患者活动方便的优点。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条