gripper

英 [ˈgrɪpə] 美 [ˈgrɪpər]

n.  夹子(钳,具);牙板夹头;压板;抓手装置;抓爪(器); (种植器或排种器的)勺子,薯夹; 两边有切刀的开沟犁

复数:grippers

计算机

COCA.33582



双语例句

  1. This device has a gripper that electrically twists off the jar top. Nothing to it
    这个装置有一个能拧开瓶盖的电动钳子,并不复杂。
  2. Titanium alloy gripper and alloy steel single gripper has high elasticity and distortion and wear resistance.
    爪片,钛合金,合金钢,单爪,弹性高,不易变形,耐磨损。
  3. Space gripper is the actuator of space robot in order to complete the tasks.
    空间手爪是空间机器人为了完成任务所必须的末端执行器。
  4. This electric gripper is light weight and ideal for material handling applications.
    这种电动夹具重量轻和材料处理应用的理想选择。
  5. Two-jaw hydraulic clamping facilitate gripper material suitable die cutting materials.
    双钳口液压夹紧,方便夹持物料,适合模具材料切割。
  6. Use special broadly Rapier loom and very broadly gripper machine weaving, fine yarn.
    用特阔剑杆织机及特阔片梭机织造,纱支精细。
  7. We bend ourselves to seek the optimization solution for rope gripper, speed governor and high-powered safety gear.
    公司自始创以来,集中于夹绳器、限速器和高性能安全钳的优化解决方案。
  8. Using the gripper inlaid with special materials, advance the whole machine deliver precision.
    采用镶有特殊材料的咬牙,全机传递纸张精度提高。
  9. The front-and-back registration of gripper bars adds adjustable device, convenient to adjust the precision of front lay.
    牙排的前后定位增加可调装置,以便调整前规精度;
  10. Stationary Flanged Port Plate: Delivers air pressure to rotating component ( Gripper)& eliminates Airlines from tangling.
    固定法兰港口板块:提供空气压力旋转组件(夹具)和消除了纠缠航空公司。
  11. Research on the response blind area of reaction force and load bearing capability of huge heavy loading gripper
    巨型重载夹持机构反作用力响应盲区和承载能力的研究
  12. The AG series angular gripper utilizes a double acting piston with a dual pivot system.
    该公司系列角手爪采用了双轴系统活塞双作用。
  13. The piston has a single center pivot that drives each gripper jaw open and closed.
    活塞有一个单一的中心枢纽,驱动每夹钳颚开启和关闭。
  14. How time allow get screen Gripper: Device on a printing press for holding the sheet.
    设置允许抓取图象的时间夹牙:印刷机上用来把纸抓牢的装置。
  15. Modeling and simulation of pneumatic gripper position servo system
    气动手爪位置伺服系统的建模与仿真
  16. This paper aimed at attacking and noise problem of high spot closed gripper mechanism in the running process, and made theoretical analysis and application research.
    本文针对高点闭牙机构在工作过程中冲击和噪声大的问题,对机构的动力特性进行了理论分析和应用研究,建立了机构完整的动力特性分析方法。
  17. Gripper: Device on a printing press for holding the sheet.
    夹牙:印刷机上用来把纸抓牢的装置。
  18. The gripper jaws have an independent stationary pivot which each jaw arcs about.
    该夹钳下巴有一个独立的固定支点,每个下颚弧线有关。
  19. Fuzzy Self-adaptive PID Control of Pneumatic Gripper
    气动手爪夹持力的模糊自适应PID控制
  20. The "EPG"( two jaw) and" ETG"( three jaw) parallel gripper lines utilize a double acting piston and rocker arm design.
    在“电子节目指南”(两个下巴)和“ETG的”(三下巴)爪平行线利用了双动活塞和摇臂的设计。
  21. The results show that the design of the mechanical gripper is feasible.
    结果表明,所设计的机械手爪是可行的。
  22. The wrist force sensor located between the gripper and arm is considered to be the most important force sensor.
    位于机器人手臂和夹持器之间的腕部力传感器是最重要的力传感器。
  23. The P-stability for deformations of a straight elastic rod in gripper structure is studied.
    研究抓握结构中弹性棒变形的P-稳定性。
  24. Single or multiple gripper or projectile looms, rapier looms, water jet looms and air jet looms. The projectile loom uses a projectile with grippers to carry the yarn through the shed.
    单片梭或多片梭织机,或抛射(片梭)织机;剑杆织机;喷水织机和喷气织机。片梭织机使用一个带有夹子的片梭将纬纱引过梭口。
  25. Evolutionary algorithm is adopted to optimize the structural parameters of gripper based on the asymmetry of clamp force.
    针对夹持器在工作过程中夹紧力大小不均的实际情况,采用进化算法对其进行优化设计。
  26. For sealing leaking tanks, the design of a mechanical gripper is presented.
    针对槽罐泄漏的封堵,提出了一种机械手爪的设计。
  27. In its simplest form, the gripper is a pinch-type clamp that simulated a thumb and a finger.
    其中最简单的抓取器的模式便是类似人手的由拇指和手指组成的捏式钳子。
  28. It shows that the gripper pads pressure will cause the shearing and tension failure of the weak rock mass.
    分析结果表明,支撑压力作用下围岩的破坏形式主要为剪切破坏和拉裂破坏。
  29. Therefore, it is of significant meanings and practical application value to develop a new-type pneumatic gripper, which has ta.
    因此,研究一种具有触感和助力功能的新型气动手爪,具有重要的实际意义和应用价值。