机械接口

jī xiè jiē kǒu
  • mechanical interface
机械接口机械接口
  1. 隔振支架结构是电子设备与运载工具之间的机械接口,是复杂工作环境下保障电子设备正常工作的关键部件。

    Vibration isolation support structure is the mechanical interface between electronic equipment and transportation equipment . And it is the key component to secure the normal operation of electronic equipment under complex work environment .

  2. 应用机械设计软件AUTOCAD完成光学瞄准具总体结构、镜筒及机械接口的设计,通过尺寸链计算复核机械设计的合理性。

    In the article , the design of general structure of optical aiming device and the designs of lens barrel and mechanical interface are made by applying mechanical design software " Auto CAD ", and the reasonableness of the mechanical design drawing is verified through dimension chain calculation .

  3. TMG-1型机械接口铸铁煤气管的研制

    The experimental development of type tmg-1 cast iron pipe with mechanical joints for gas

  4. 本文阐述了TMG-1型机械接口铸铁煤气管的设计、试制及测试结果。

    In this paper the designing and trail-producing of Type TMG-1 cast iron pipes with mechanical joints are introduced .

  5. GB/T8715-1988柔性机械接口铸铁管件生产耐磨材料、铸件、机械加工、焊接。

    Soft mechanical joint grey cast iron fittings Production wear-resisting material , metal , mechanical processing , welding .

  6. 2D气动数字伺服阀由阀芯双自由度设计的两级气动伺服阀和连续跟踪控制的步进电动机作为电&机械的接口两部分构成。

    The digital servo valve is composed of 2 - stage pneumatic servo valve developed with rotary and linear motions of a single spool , and stepper motor under continual control .

  7. 多功能园林机械快速接口技术的研究

    Study on the Multi-function and Intelligent Garden Equipment Fast Interface Technology

  8. 机械式接口球墨铸铁管在地铁中的应用

    On application of mechanical interface ductile iron pipes in metro

  9. 高性能微机械陀螺接口电路研究

    High Performance Interface Circuit for MEMS Gyroscope

  10. 底铁装在鞋后跟上起保护作用的一块铁片,如用铲子挖地时机械式接口球墨铸铁管在地铁中的应用

    A metal plate attached to the sole of a shoe for protection , as when spading ground . On application of mechanical interface ductile iron pipes in metro

  11. 该组件可以立、卧式放置,具有多种机械安装接口,能在各种不同结构和要求的加工及测量设备中安装使用。

    This package has various machinery installation interfaces , which can be placed with standing or lying , can be used in the machining and measure equipments with different structure and request .

  12. 本文通过编制模块标识码、模块特性码以及模块结合码,成功的实现了模块名称和技术参数的标识以及机械结构接口的标准化,方便快捷的实现模块信息的管理、选择和组合计算。

    In this thesis , by using establishing modular identification code , characteristic code and combine code , the marking of the modular name and technical parameter , the standardized mechanical structure interface has been realized successfully .

  13. 把手术器械分为机械臂接口模块、电机传动模块和手术器械本体模块,从而组合出手术器械的总体结构方案。其次,对手术器械各模块的具体结构进行详细设计。

    The whole surgical instrument is divided into manipulator interface module 、 motor drive module and surgical instrument ontology module , then the overall architecture for the surgical instrument is obtained . Secondly , structural design of the modules above is introduced in detail .

  14. 本论文主要针对静电驱动电容检测音叉式微机械陀螺的接口电路的相关理论和实现进行了研究。

    The gyroscope works in the principle of electrostatic forces driving and capacitance detecting .

  15. 双功能凭证可以同界面的电子门禁控制系统和机械操作气瓶接口。

    The dual function credential can interface with an electronic access control system and also operate the mechanical cylinders .

  16. 可按客户要求的定制机械结构及接口信号。

    We could make the structure of the machine and the contact signal according to the client 's requests .

  17. 该系统通过机械模型调用接口,将转台零件图形库调入软件平台实现模型装配;

    In the virtual system , using the exchange interface of mechanical model subsystem , the system generates the model of VFMS and assembles the parts virtually ;

  18. 电液比例技术作为联系微电子技术与工程机械系统的接口,是工程设备实现自动化控制的基本技术之一。

    The electro-hydraulic proportional technology , which is the interface to integrate micro-electronics with the system of engineering power , is one of the essential technologies for construction machinery to achieve automatization .

  19. 微机械振动式陀螺接口电路设计与实现

    Design of an Interface Circuit for a Micromachining Vibratory Gyroscope

  20. 给出了机器人的机械构型以及硬件接口逻辑和软件模块。

    The mechanical construction , hardware interface logic and software modules are discussed .

  21. 机械设备的动力学分析应包含由于机械接口微滑动而产生的能量耗散。

    The structural dynamics modeling of mechanical equipment must accommodate the energy ( dissipation ) due to micro slip in mechanical joints .