EOD

The practical meaning and future prospect of EOD were indicated .

同时介绍了EOD机器人的实用意义和应用前景。

Experimental Study on the Treatment of Chronic Pyogenic Osteomyelitis With EOD

骨炎拔毒膏治疗慢性化脓性骨髓炎的实验研究

When people from the control room , Trace , EOD , when they come down here .

当人们从控制室、微量、处理室来的时候，他们会来到这里。

Three other Marines have gone missing from EOD units in the last eight years .

这八年来爆破部队还有三个士兵失踪了。

Three Marines have gone missing from EOD units .

爆破小组还有三个士兵失踪。

In this paper , the concept of Education-on-Demand is summarized , the key problems of recent research on EOD are analyzed .

总结了教学点播的概念，分析了目前教学点播研究中存在的问题。

Thoughts on the Site Planning and Landscape Design for Haidian Ecological Office District ( EOD ) of Wenquan Township

海淀温泉生态办公区场地规划和景观设计

A novel semiautomatic bomb fetching approach of explosive ordnance disposal ( EOD ) robot system was presented .

提出了一种新的排爆机器人半自主爆炸物抓取方法。

After the analysis the Limitations of traditional 3-joint EOD robot , a 6-DOF manipulator was designed .

分析了传统三自由度排爆机械臂的局限性，设计出了六冗余自由度机械臂。

SOCP Sub-Spaces Model of EOD and its Implementation

教学点播（EOD）的SOCP子空间模型与实现

Mobile robot applied in fields like military reconnaissance , disaster rescue , fire EOD , agricultural monitoring , lunar exploration etc , gradually become the trend .

移动机器人在军事侦察、灾后搜救、消防排爆、农田监测、月球探测等多个领域的应用逐渐成为潮流。

From characteristics of teleoperation robot to transfer the the surrounding environment information to distant operator in real-time , the paper analysed the sensor interface of EOD robot .

从遥操作机器人必须要将周围的环境信息实时传达给远地操作者的特点，分析了排爆机器人的传感器接口。

In this paper , the basic concepts in on-line EOD ( Education On Demand ) are defined , and on-line EOD is divided into several function sub-modules .

对网上EOD（EducationOnDemand）中的基本概念进行定义，并对网上EOD进行功能子模块的划分。

The overall design of the Explosives Ordnance Disposal ( EOD ) robot as well as its feature and performance were discussed , including the mobile machine , the hydraulic transmission and control system .

阐述了一种军用爆炸物处理移动机器人（EOD）的总体设计及其性能特点，尤其是移动机构、液压传动和控制系统的设计。

In this paper , a bottom control hardware and software system is designed for tele-robot EOD operation facing complex environment , and it realize remote control operation of the mobile carrier and mechanical arm .

本论文面向复杂环境中遥操作排爆作业，设计了底层控制硬件和软件系统，实现了移动载体和机械臂的遥操作控制。

If it detonates before EOD gets here .

如果在拆弹专家达到之前引爆了的话。

Problems of independent walking of mobile carrier and energy optimization during controlling mechanical arm track are studied , which aims at the low level of intelligence of the EOD robot and its lack of autonomous control function .

针对遥操作排爆机器人智能化程度低及自主控制功能不足等问题，研究了移动载体的自主行走及机械臂轨迹控制中的能耗优化问题。

Since 911 , the explosive ordnance disposal ( EOD ) robot that is applied to detect , remove and dispose explosives has become the important equipment that could reduce casualties and safeguard social stability .

自911以来，应用于爆炸物检测、排除和处理的排爆机器人已成为减少人员伤亡、保障社会安定的重要装备。

Due to the high load-to-weight ratio , low power consumption , compact structure , and operation dexterity , lightweight manipulator has been widely used in the aerospace , anti-terrorism , EOD and family services .

由于具有高负载自重比，且功耗低、结构紧凑、操作灵活，轻型机械臂被广泛应用在航空航天、反恐排爆、家庭服务等领域。

To enhance adaptability of the Explosives Ordnance Disposal ( EOD ) robot to unstructured environment , a novel wheel-track-leg complex mobile machine is put forward , which has good mobility and steering performance .

为提高反恐防暴机器人对非结构环境的适应能力，设计出了一种具有良好的机动性能和转向性能的新型轮腿履带复合移动机构。

Finally , use the protocol conversion system to control EOD robots , EOD robots and PC connection through this machine , using the PC side of the host computer to send commands to control EOD robots .

最后运用开发的数据转换系统实现对排爆机器人的控制，通过下位机连接排爆机器人和PC，使用PC端的上位机发送命令控制排爆机器人。

As an example , the EOD model for PFGS ( Progressive FGS ) is derived , and the two-point rate-distortion optimized ( TP-RDO ) coder control algorithm is constructed based on this model .

作为一个实例，导出了PFGS中的EOD函数模型，并在此基础上得到了面向PFGS的两点率失真优化编码器控制算法。

This paper set about how to realize the far-way wireless communication between the console and the EOD robot ( explosive disposal robot ) using serial interface , data transport transmitter-receiver according to the specific requirement of EDO robot .

本文通过分析排爆机器人在通信实现方面的具体需求，将无线传输电台作为传输媒介，充分利用串口技术以及无线传输协议实现了控制台（PC机）与机器人之间的远距离信息交互。

By AHP , a most appropriate form of mobile carrier was selected for SUPER-II EOD robot from the 5 types : wheeled style , tracked style , joints style , joints-wheeled style and joints-tracked .

采用层次分析法，从轮式、履带式、关节式、关节-轮式、关节-履带式五种机构中为排爆机器人SUPER-Ⅱ的移动载体选择了一种最优机构形式。

The kinematics of the 6-DOF EOD manipulator is simplified by a new way . Consequently , the three-arm cooperation movement concept is applied into EOD robot , which greatly increased the operational safety and efficiency . And the cooperation movement equations were deduced .

创新性地简化了六自由度机械臂运动学模型，将三臂联动功能引入排爆作业，增加了操作安全性和效率，并推导出了联动方程。

In order to inquire into the curative effect and side effects of Emplastrum Osteitis Draw-out - put ( EOD ), used in the treatment of chronic Pyogenic Osteomyelitis ( CPO ), 245 patients with CPO were treated with EOD .

为探讨骨炎拔毒膏（EOD）对慢性化脓性骨髓炎的疗效其期副作用，本文对应用EOD治疗慢性化脓性骨髓炎共245例进行了初步观察。

Especially in life performance respect it emphasizes the EOD potential characteristic in simulated GEO , 79 % DOD and the maximum DOD of 40 eclipse season s , the capacity change and the EOD potential change of the 3rd and 36th eclipse season of the batteries .

特别在寿命特性方面，着重阐述了电池组在模拟GEO，79%DOD下40个阴影期间最大放电深度时终止电压变化特性，电池组容量变化以及第3阴影期和第36阴影期放电终止电压变化情况。

Then , based on in-depth analyse of education prototype , the SOCP sub-spaces model of EOD is put forward . The design goals of SOCP sub-spaces model are generalized , the implementary frame of SOCP sub-spaces model and adopted technology in each sub-space are introduced in detail .

在对教学活动原型深入分析的基础上，提出了教学点播的SOCP子空间模型，概括了SOCP子空间模型的设计目标，详细介绍了SOCP子空间模型实现的总体架构和各个子空间的实现技术。