传动构件的英文

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英文翻译
造句

dirivig member
transmission component

传动 transmission; drive; driving ...
构件 member; construction member; ...
传动构件，主动构件 dirivig member
被动构件 driven member
从动构件 driven link; driven member
运动构件 moving link; moving member
制动构件 brake member; breadth of wall between windows
主动构件 driving member
特别滑动构件 extra sliding member
构件 (结构或机构的组成单元) member; construction member; constructional element; frame member; structural component; structural member; structural parts; component (part); structural unit
滚动构造 rollover structure
滑动构造 glide tectonics; gliding tectonics; slide structure; sliding structure; slidingstructure
滑动构造学 gliding tectonics; glidingtectonics
滑动构造岩 slitectonite
活动构架 movable frame
活动构造 active structure
活动构造带 active structure zone; active tectonic belt; active tectonic zone
活动构造区 active tectonic region
流动构造 flow structure; flowage structure; fluxion structure
蠕动构造 creestructure
伪流动构造 flaser bedding structure
行动构想 concept of operations
自动构图 auto composition
传动 [机械工程] transmission; drive; driving motion; transfer motion; transmission of motion; transmitting motion; transmitting; gear 变速传动 change drive; 齿轮传动 gear drive; gear transmission; 液压传动 hydraulic drive; 引擎发生的动力通过某些主要的部件传动轮子。 the power developed by the engine is transmitted to the wheels by some essential parts
板状流动构造 platy flow structure; platy structure

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例句与用法

Agricultural tractors - actuating forces to operate control members
农用拖拉机.传动构件的起动力
Driving components are installed on the bottom - board of the machine , it can reduce the mechanical consumption and avoid vibration
传动构件安装在设备底板，机械损耗小，避震性高。
Driving components are installed on backboard of equipment to facilitate adjustment and maintenance and also protect production against shake
传动构件安装在设备底板上，调整检修方便，且能消除因运转产生的振动。
Driving system consists of gearwheel box , universal shaft coupling and arc - gear synchronous belt , the driving mechanical parts are installed at the bottom , so it can avoid vibration
传动系统采用齿轮箱、万向轴联轴器、圆弧齿同步带相结合型式，传动构件安装在底板，避震性好。
Driving system consists of gearwheel device , universal couplings and arc gear synchronous belt . driving components are installed on backboard of equipment to gurantee high driving accuracy and low mechanical consumption
传动系统采用齿轮箱、万向轴联轴器、圆弧齿同步带相结合。传动构件安装在设备底板上，传动精度高，机械损耗低。
Driving system consists of gearwheel device , universal shaft couplings and arc - gear synchronous belt , driving components are installed on the backboard of equipment with high driving accuracy and low mechanical consumption
传动系统采用齿轮箱、万向轴联轴器、圆弧齿同步带相结合型式,传动构件安装在设备底板上，传动效率高，机械损耗小。
Aimed at design index of input power 1 . 5kw , most output rotate velocity 300rpm , and rating output rotate velocity 150rpm , considering factors of angle and ratio of transmission , on the basis of kinematics simulation , author optimized the kinematics parameters . in this paper , author has made some analysis and study to the primal assembly condition of transformer ' s sequential action in theory , designed structure dimension of the input and output transformer , and verified the corresponding strengthen . further , the structure , which is to key transmission components of velocity control system of the speed regulator , has been designed based on meeting operational sensitivity , precision and self - locking
本文针对输入功率为1 . 5kw ，最大输出转速，额定输出转速的无级变速器的设计要求，并考虑到传动角及变速比等因素，在运动学仿真的基础上，对运动学参数进行了优化；本文对变换器连续作用的初始装配条件进行了理论分析与研究，对输入、输出变换器作了结构尺寸的设计，并进行了强度校核计算；本文还对变速器调速系统中主要传动构件在满足操作的灵敏度、精度、自锁性的基础上进行了结构设计；最后采用workingmodel3d软件，进行虚拟样机的计算机辅助仿真设计及运动学和动力学计算。