犁体的英文

• plow base; plow body; plow bottom

• "犁"英文翻译    plough
• "体"英文翻译    body; part of the body
• "后犁体" 英文翻译 :    body at the rear
• "前犁体" 英文翻译 :    body at the front
• "草地犁体" 英文翻译 :    grassland body; turf bottom
• "草地用犁体" 英文翻译 :    sod bottom
• "茬地犁体" 英文翻译 :    stubble bottom
• "弹反犁体" 英文翻译 :    trip bottom
• "低阻力犁体" 英文翻译 :    light draft bottom; light-draft bottom
• "多犁体的" 英文翻译 :    multiple furrow; multiple-furrow
• "多石地犁体" 英文翻译 :    stony bottom
• "翻耕犁体" 英文翻译 :    deep-tillage bottom; digger body; digger bottom
• "覆土[覆盖]犁体" 英文翻译 :    covering body
• "覆土犁体" 英文翻译 :    covering body; covering bottom
• "高速犁体" 英文翻译 :    hibottom
• "掘起犁体" 英文翻译 :    raising body
• "开沟犁体" 英文翻译 :    furrow bottom; furrowbottom; furrowing body; opening body; opening bottom
• "开荒犁体" 英文翻译 :    breaker bottom
• "开荒犁体犁" 英文翻译 :    breaker bottom plow
• "开深沟犁体" 英文翻译 :    trenching body
• "快翻式犁体" 英文翻译 :    quick turn bottom
• "犁体滑草板" 英文翻译 :    trash guard
• "犁体螺钉" 英文翻译 :    body screw
• "犁体磨床" 英文翻译 :    plow body grinding machine
• "犁体倾斜度" 英文翻译 :    body pitch

• Repairing technical specifications for agricultural vechnicles
  组合式齿翼垄作犁体技术条件
• Agricultural machinery ; body of ploughs , terms
  农业机械.犁体.术语
• General - purpose and lift - throwing type moldboard ploughs for paddy field - bottow
  通用型窜垡型水田铧式犁.犁体
• Black bottom plough
  黑粘土犁体犁
• Ustable ridging body
  可调起垄犁体
• The thesis had done the theories analysis in detail and built the relevant mathematics models aiming at the mechanics characteristic about the lodging of stalk , the elastic and plastic deform of stalk under the action of the transverse loads , the mechanics condition which causes stalk pushed , the relation between the speed of unit and the surface radius of ski , the relevant location between the thickness of the compressed stalk and action location of load , the relevant location between the mating device and plough , the coefficient of overturning soil under the thickness of the compressed stalk and so on . in addition , the computer aided analysis and simulating experiments in field were acted by choice
  本文对秸秆自倒伏力学特性；横向载荷作用下的茎秆弹塑性变形与秸秆被推倒的力学条件；机组作业速度与滑撬曲面半径的关系；秸秆压实厚度与加载作用点的相对位置；配套装置与犁体相对位置；秸秆压实厚度下的翻垡系数等，进行了较详细的理论分析并建立了相关数学模型。在此基础上，本项研究还选择性地进行了计算机辅助分析和田间模拟试验。
• In this thesis , the technology of visual fictitous design was used to design the level exchanged direction and double direction plough . first , the traction force formula of cylindrical plough face based on the prior study was deduced , and the forces of the solid model of circumrotatory pin was calculated , and visual dummy design technology was applied to analyse the force of circumrotatory pin and the parameter of pin
  其次在前人研究的基础上推导出圆柱型犁体曲面的牵引阻力公式；根据该公式计算出旋转销三维实体模型所受的力，根据该力运用可视化虚拟设计技术对模型进行受力分析，对旋转销的参数进行合理设计；根据牵引阻力公式计算出安全螺栓所受的力，根据该力运用虚拟设计技术对安全机构进行设计。
• In the course of working , ， the plow will make use of the shuttling method so that it can dig alternately either on the left or on the right . compared to the unilateral plow , it can improve the productivity because it can help leave off the soil 、 take from the consumed energy and reduce the empty journey . to meet the requests above , we will use a remote cylinder with both a small cubage and double functions , approximately designing the plow to be columniform and symmetric . after the experiment for a period in the field , we found that the most frayed areas had happened at the places of both plow shank and share and at the same time the base of the remote cylinder had ruptured suddenly
  与单向犁相比，其优点在于：耕地无开、闭垄，地表平整，降低了耕后整地的能量消耗，减少了地头的空行程，因而大大提高班次生产率。为了满足犁体梭式作业的要求，我们采用了一只小容积双作用的液压油缸；同时对犁壁曲面的形状采用了近似圆柱形的对称设计。但经过一段时间的田间试验，我们发现：该犁犁胸部分的犁胫和犁铧上的犁尖在工作中磨损较为严重；主犁梁和油缸缸体的连接部分（即油缸底座）突然发生了断裂，造成整个犁体无法正常工作。