Status-based maintenance technology utilizes real-time data and analysis to monitor the condition of equipment and predict potential issues before they occur. This proactive approach to maintenance allows for timely intervention and reduces the risk of unexpected breakdowns, ultimately improving the overall reliability and uptime of equipment. With the integration of advanced sensors and monitoring systems, condition-based maintenance technology enables companies to optimize maintenance schedules, minimize downtime, and extend the operational lifespan of critical assets. For example, "By implementing status-based maintenance technology, the company was able to identify a bearing issue in a pump before it failed, saving significant costs and preventing a production halt." This comprehensive collection of English short sentences and example sentences can serve as a valuable resource for those looking to deepen their understanding of status-based maintenance technology.
状态维修技术,condition based maintenance technology
1)condition based maintenance technology状态维修技术
英文短句/例句
1.On-line analysis and condition-based maintenance technology for transmission and transformation equipment based on digital platforms基于数字化平台的输变电设备在线分析和状态维修技术
2.CONDITION MAINTENANCE OF YL_Ⅱ TYPE FLUE GAS TURBINE AND TECHNICAL REPAIRING OF THRUST BEARING PADSYL_Ⅱ型烟气轮机状态维修及止推轴承瓦块修复技术
3.Set up the technical filing of field equipment maintenance/repair to ensure the daily maintenance management and repair work under control.建立现场设备检修技术档案，确保设备日常运行维护及检修工作处于受控状态。
4.Present Situation and Ecology Significance of Rivers Remediation Techniques河流修复技术应用现状及生态学意义
5.Coal Mine Electrical and Mechanical Equipment Maintenance and Technical Management of Status Quo Response煤矿机电设备维修技术管理的现状与对策
6.Research on Key Technologies of Condition Maintenance System for Hydropower Generator Units;水电机组状态检修中若干关键技术研究
7.Technology Research and Application on Equipment Examine and Repair for Power Plant;火力发电厂设备状态检修技术研究与应用
8.The Research on Facility Condition-Based Maintenance and Sensor Fault Diagnosis Technology;设备状态检修与传感器故障诊断技术研究
9.Application of Online Detection of Non-electrical Quantities to Condition-based Maintenance非电量在线检测技术在状态检修中的应用
10.Research and Implementation of Condition-Based Maintenance Technology System for Power Transmission and Distribution Equipments输变电设备状态检修技术体系研究与实施
11.Application of Infrared Temperature Diagnosis Technique on Condition-based Maintenance of Electrical Secondary Equipment红外诊断技术在二次设备状态检修中的应用
12.SMART (Satellite Maintenance and Repair Technique)卫星维护和修理技术
13.Repair Techniques of Tile Roofs of Ancient Buildings古建筑瓦顶维修技术
14.The Project of Online Inspect and Condition Based Maintenance in the 200MW Fossil Power;200MW机组振动在线监测分析与状态检修技术及方案
15.The Research & Application of Data Mining in Diagnostic Examination and Repair of Electric Power Facilities;数据挖掘技术在电力设备状态检修中的应用研究
16.Survey of Technical Research on Condition Based Maintenance of Electric Power Equipment Using Data Mining基于数据挖掘的电力设备状态检修技术研究综述
17.Research on Diesel Engine State Evaluation Technology for Repairing Ship Based on RBF Neural Network基于RBF神经网络的厂修舰船柴油机状态判断技术
18.Study on Method to Decision-Making of Condition-Based Maintenance for Power Transformer;电力变压器状态维修决策方法的研究
相关短句/例句
condition based maintenance状态维修
1.Development and implementation ofcondition based maintenance for electrical equipments in China;我国电气设备状态维修的发展与实现
2.The interval varying test model ofcondition based maintenance for new equipment was constructed based on equal failure risk.基于等故障风险,建立了新产品状态维修变间隔期检测模型,采用役龄回退因子描述维修后故障率降低的程度,建立了维修后产品状态维修检测间隔期模型,并进行了算例分析。
3.In order to avoid the negative influence of the "true or false" rule,the five grades condition evaluation method is suggested for the transformercondition based maintenance(CBM).针对变压器状态评估的“是非制”不利于对变压器状态维修,提出5级变压器状态的评估方法。
3)state maintenance状态维修
1.Discussion of Preparation Equipment State Maintenance and Management;浅谈织前设备状态维修管理
2.This paper states the characteristics and methods of equipmentstate maintenance in carding process,and analyses the effect in the end.本文论述了状态维修的特点 ,提出了梳棉设备状态的基本方法 ,并对实行状态维修的效益进行了分析。
3.Pursuingstate maintenance (i.本文在分析了设备维修的重要性的基础上，阐述了设备维修制度改革的必然性、必要性、可行性，指出设备采用诊断技术推行状态维修是科学的、合理的，推行状态维修能够实现设备寿命周期费用最经济。
4)Condition Maintenance状态维修
1.Management Experiences ofCondition Maintenance of Muratec Cone Winding Machine;村田络筒机状态维修管理体会
2.Analysis of the vehicles condition maintenance system;车辆的状态维修体制分析
3.Improving available factor and advancing condition maintenance for transmission and distribution facilities;提高输变电设施可用系数与状态维修
5)Condition-based maintenance状态维修
1.Research & application of distributed condition-based maintenance open system;基于状态维修的开放系统研究与实现
2.Synthesis technique diagnosis and condition-based maintenance of high-power transformer;大型变压器的综合技术诊断与状态维修
3.In order to carry out condition-based maintenance for generators, a new hybrid intelligent model of condition estimation is proposed.为实现发电机状态维修,研究一种新的状态估计混合智能模型。
6)CBM状态维修
延伸阅读
古建筑梁架维修技术梁架是古建筑中的主要结构部分。根据残坏的具体情况可以采取抽梁换柱、打牮拨正、落架重修等不同方法进行维修。抽梁换柱 建筑构架基本完整，只是个别梁、柱糟朽，失去承载能力，需要更换新的构件时，可以用抽梁换柱的方法进行修整。如抽换柱子，首先减轻梁架荷重。然后用千斤顶、牮杆支顶好柱上的梁、枋、斗栱等构件。最后将梁、枋、斗栱同时慢慢抬起，将坏柱子撤除，换上预先制作好的新柱子,再将梁、枋、斗栱归回原位,使榫卯吻合。打牮拨正 梁架的主要承重构件基本完好，只是柱、梁倾斜，可以不大拆大卸，而采用打牮拨正的方法进行修整。修整前先将倾斜的构件支顶好，避免工作时发生危险。再拆除檩条以上的瓦件、椽子、望板和妨碍打牮拨正的门、窗、墙身，将构件之间的榫卯松动，清除榫卯缝隙中的杂物。用牮杆将梁顶起，拨正柱子；建筑倾斜严重的，要重复多次进行拨正。落架重修 建筑物破坏严重， 需要更换的梁、柱、斗栱等构件较多，可采取落架重修的方法进行修整。①梁、枋构件的维修。梁、枋构件糟朽断面面积大于原有断面1/5时，应更换新的构件，小于1/5时，可加固。将糟朽部分剔除干净，并凿成有规则的几何形状，选用好木料制成同样几何形状的木块贴补,用胶粘牢,铁箍箍紧。梁、枋构件弯垂挠度大于 1/200时，应采取处理措施。原构件完好，因断面小而弯垂的，可在梁内埋设型钢，加强梁的刚度。因构件糟朽、劈裂弯垂的应更换新料。承椽枋扭闪的维修时，按椽子与承椽枋搭交的情况而定。当椽尾搭交在承椽枋上时，在椽尾处加一根压椽枋用螺栓与承椽枋固结在一起。压椽枋与上面的额枋之间用短柱支顶，防止椽尾翘起。当椽尾交在承椽枋外侧的椽窝内时，在椽尾底部加钉一根枋木，扩大椽尾的承托面。角梁包括老角梁、子角梁。角梁糟朽、劈裂严重失去承载能力的用新料更换。梁头糟朽部分小于挑出长度的 1/5时，可拼接梁头，搭接面用螺栓或铁箍加固。角梁头下垂，梁尾翘起，而木材尚完好时，可在角梁头支顶立柱，梁尾用钢板、螺栓与檩条或柱子箍结在一起。②柱子的维修。柱子表皮局部糟朽，可剔补修整。柱子表面糟朽面积较大时，可将糟朽部分剔挖成规整的形体，再用木板包镶,接缝要严实，用胶粘牢，加 2～3 道铁箍。柱根糟朽，糟朽部分小于露明柱高的 1/5，小于暗柱的1/3时,可采用墩接柱根的方法。式样有螳螂头、巴掌榫墩接、抄手榫墩接等。③椽飞、望板、连檐、瓦口的修整。椽飞有细小裂缝和糟朽的可以继续使用，但椽头糟朽不能承托连檐瓦口的应更换新料，糟朽深度大于直径的 2/5，裂缝深度大于 1/2的应该更换新料。椽头如有卷刹、椽销的应按原样制作。椽销用硬杂木，檐椽椽头糟朽可改为花架椽和脑椽。飞椽头部与尾部的长度比例为1∶3。翼角椽飞，因出翘，每根椽飞的长度、斜角都有变化，更换时要按所处的位置逐根复制。连檐、瓦口钉在椽飞的端部，容易糟朽，常常需要全部更换，式样及断面尺寸应按原制。望板厚度多在0.2～0.3厘米，也易糟朽，凡是糟朽的均需更换新料。望板有顺铺和横铺两种。横铺望板宽度不得小于15厘米，长度应大于 1米，钉椽子的一面要刨光,上下接缝用斜缝和企口缝。顺铺望板应按原制,一般每两椽之间铺一块，宽度应为两椽的中距，接口用企口缝。④大木更换。新更换的梁、柱、枋、檩条等，必须严格按照原来的形制、尺寸、榫卯式样制作，不得随意改动。新构件应选用与旧料相同的材种，木材含水率不得超过15％。尺寸较小的构件可用撤换下来的旧料制作。早期的木构件，如柱头卷刹、梭柱造、月梁等，都要详细测量，按实物的式样、尺寸进行复制。凡有油饰彩画的梁、枋，用铁箍、玻璃钢箍时，均应嵌入木构件内，使构件表面平整，便于彩绘。
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