Embedded DVR system developing and releated application.

Dynamic voltage restorer ( DVR ) is the most effective device for compensating voltage sags.

动态电压恢复器 ( DVR ) 是补偿电压凹陷最有效的装置,控制方式是其技术核心.

PC-Base DVR system developing and releated application.

计算器式数码录像系统与相关应用程序开发.

Dynamic Voltage Restorer ( DVR ) is considered as the most effective device to compensate the voltage sag.

动态电压恢复器 ( DVR ) 是目前补偿电压凹陷最为有效的装置.

In them, Dynamic Voltage Restorer ( DVR ) is a better device which can compensate voltage quality problems.

动态电压恢复器 ( DynamicVoltageRestorer,简写为DVR ) 是其中一种能够解决电压质量问题的装置.

High sensitivity Digital Video Recording ( DVR ) including Line-in Audio Recording, VoiceRecording thru Mic.

高清晰数字录音, 包括线录和麦克风录音.

According to different rendering technique, Virtual Endoscopy can be classified as SF and DVR.

根据绘制技术的不同, 虚拟内窥镜技术又可分为基于面绘制的虚拟内窥镜技术,和基于体绘制的虚拟内窥镜技术.

Furthermore , ray casting method is a basic method of DVR algorithm.

光线投射法又是三维直接体显示算法中最基本的一种方法.

Simulation results validate the real-time applicability of the method proposed for DVR.

仿真分析验证了这种方法的正确性,分析结果表明这种方法具有很好的 实时 性,适合DVR的 实时检测需要.

Distributed Virtual Reality ( DVR ) is combination of the single virtual reality system with network and multi-user system.

分布式虚拟 现实系统是单用户虚拟现实系统网络化、多用户化的发展.

A three-phase four-inverter topology for Dynamic Voltage Restorer ( DVR ) was applied.

将一种三相四桥臂逆变器的拓扑结构应用于 动态电压 恢复器主电路.

Methods A total of 24 patients subjected to DVR were assigned to 3 groups randomly.

方法24例患者随机分为3组,每组8例.

AimTo study treatment means of deep venous thrombosis ( DVT ).

目的探讨深静脉 血栓 形成的治疗方法.

Some patients may be predisposed to a condition called deep vein thrombosis DVT.

有些患者可能易患“深静脉血栓”.

The results from one of the largest studies yet carried out leave little doubt that DVT is caused by flying.

迄今为止最大一项研究的结果无疑表明严重静脉血栓是由飞行引起的。

Objective To study the effect of Evidence-Based Nursing ( EBN ) on DVT after operation of abdominal carcinoma.

目的研究循证护理对预防腹部肿瘤根治手术后 DVT 发生、发展及预后的影响.

Objective : To investigate the pathogenic mechanism, prevention and treatment of lower limb DVT.

目的探讨深静脉血栓(DVT)形成的机理及防治对策.

Conclusions: CDFI can completely replace the venography in the diagnosis of DVT and it's sequelae.

: 彩色多普勒超声诊断DVT及其后遗症完全可以替代静脉造影,为评价DVT疗效的最佳手段.

Results The success of mechanical thrombectomy by ATD in animal models with DVT was 100 %.

结果ATD旋切去栓治疗急性深静脉血栓形成的技术操作成功率为100%,近期的通畅率为100%,血栓形成复发率14.81%.

Five patients with 5 pieces of lower limbs were confirmedly diagnosed as sequelae of DVT.

确诊为深静脉血栓形成后遗症5例5条.

ATD for acute DVT is safe, rapid and effective.

结伦ATD治疗 急性深静脉血栓安全 、 快速、有效,无明显的并发症.