基本释义:

自检修

网络释义

1)self-testing and repair,自检修

2)STAR (self-testing and repair),自检修

3)self-test,自检

4)self-testing,自检

5)self-checking,自检

6)self-check,自检

7)self detecting,自检

8)Self-checking,~+自检

9)self checking,自检

10)Self-Inspection,自检

用法和例句

Design of self-test electrode for tunneling-based gyroscope with vibrating cantilever;

基于隧道效应振动梁式陀螺仪自检电极设计

To improve reliability of Fault Diagnosis Device for Large -scale Mechatronics Equipment, more consummate function of self-test is adding.

为了提高大型机电设备故障诊断装置诊断结果的可靠性,给诊断装置增加了较完善的自检功能。

The self-testing of VILLA STRATO 2000 dental panoramic X-ray machine;

VILLA STRATO 2000口腔全景X光机自检故障

In order to meet the requirements for high reliability of space camera controller,a self-testing method of Digital Signal Processor(DSP) space camera controller based on mixed language programming was proposed.

针对空间相机控制器的高可靠性要求,提出了一种基于混合编程的DSP空间相机控制器的自检方法。

Based on the ping-pong type field grounding protection, it presents one-point-to-ground protection scheme by integrating the self-checking method of switches.

针对乒乓式励磁回路接地保护,结合开关自检方法提出了完整的一点接地保护方案;在两点接地保护方案中估算了开关切换过程中过渡电阻变化对接地点位置计算的影响,提出了故障位置偏差式两点接地的自适应判据,为了弥补该判据的缺陷,提出了结合二次谐波辅助判据的综合方案。

This paper introduces some normal methods on RAM self-checking for single chip processor application system,and give a new way on RAM self-checking.

在各种单片机应用系统中,RAM与该应用系统的正常工作紧密相关,RAM的自检可有效地避免RAM不正常工作给系统带来的损害。

This paper is based on the pingpong bridge field ground protection ,itpresents one point to ground protection scheme which include the self-checking method of switches.

本文针对乒乓式保护，结合开关自检方法提出了完整的一点接地保护方案：在两点接地保护方案中估算了开关切换过程中过渡电阻变化对接地点位置计算的影响，提出了故障位置偏差式两点接地的自适应判据，为了弥补该判据的缺陷，提出了结合二次谐波辅助判据的综合方案。

Realization & standardization of self-check function of microcomputer-based relaying prouducts;

微机型继电保护产品自检功能的实现与规范

The design method of the self-check on the aeronautic fire control automatic test system is researched in this paper.

研究了在航空火控系统自动化检测系统中自检的设计方法。

The shortcomings and difficulties in the unit self-check of a period of time system was discussed as well as the method apply multithreading theory and thread mutual exclusion theory in order to ensure the correctness on reading and writing.

主要讨论了早期系统中设备同时自检存在的缺点和困难,应用多线程理论及线程互斥理论实现系统中对各分机设备同时自检的功能,保证了数据读写的正确性,并对串口实现分布式系统开发的可扩充能力进行了简单论述。

It has implemented the detecting,computing and displaying of airplane direction as well as the system calibration and self detecting etc.

该系统使用ＭＳＣ－５１单片机作为主处理器件并实现了飞机方位的检测、计算、显示以及系统的校准，自检等功