1)journal damage轴颈损伤
1.The paper described the journal damage process of 2×600 MW supercritical units in GuohuaTaicang Electric Power Generation Company,analyzed several causes of the accident,proposed and implemented corresponding processing measures.描述了国华太仓发电有限公司2台600 MW超临界汽轮机组轴颈损伤的过程,详细说明与分析了造成这一事故几个方面的原因,提出并实施了相应的处理办法。
英文短句/例句
1.Rotor Journal Damage Repair of a Homemade 600MW Supercritical Unit国产600MW超临界机组转子轴颈损伤的修复
2.Cause Analysis of Turbine Rotor's Shaft Neck Damage and the Repair汽轮机转子轴颈损伤原因分析及修复措施
3.The Analyses and Disposals of Abrasion of 600MW Unit's Axle Neck and Bearing600MW机组轴颈和轴瓦损伤事故的分析及处理
4.Crankshaft main journal out of round or worn曲轴主轴颈不圆或磨损
5.Clinical analysis of brain injuries combined with cervical vertebra and cervical cord injuries in 32 cases颅脑损伤合并颈椎颈髓损伤32例临床分析
6.Replace worn or scored yoke and seal.更换磨损或划伤的轴轭。
7.Surgical Strategy of Cervical Cord Injury for Cervical Cannal Stenosis Combined Trauma颈椎管狭窄外伤后颈髓损伤的手术治疗
8.An analysis for partial damage cau-ses of cross shaft journal of auto-mobile universal joint汽车万向节十字轴轴颈局部损坏原因分析
9.Analysis of the Reasons of Abrasion of Electric Motor Crankshaft and How to Repair;电动机轴颈磨损原因分析及修理方法
10.Clinical study on cervical spinal cord injury related to intervertebral dick injury椎间盘损伤相关颈脊髓损伤的临床研究
11.Clinical Diagnosis of Cervical Spine Trauma in the Patients with Moderate and Severe Craniocerebral Injuries中重型颅脑损伤合并颈椎损伤的临床诊断
12.FACTORS TO AFFECT SEVERITY OF HYPEREXTENSION INJURY OF CERVICAL SPINAL CORD过伸性颈椎颈髓损伤严重程度影响因素分析
13.Nursing care of patients with cervical fracture-dislocation and spinal cord injuries during the perioperative period颈椎骨折脱位合并颈髓损伤的围手术期护理
14.Cervical operation by anterior approach of acute cervical spinal cord injury patients after tracheostomy急性颈髓损伤气管切开后的颈椎前路手术
15.crankshaft (main journal turning lathe)曲轴(主轴颈)车床
16.camshaft(journal )turning lathe凸轮轴(轴颈)车床
17.Bearing Clearance (#1 Journal)轴承间隙(#1轴颈)
18.Observation on Abnormal Body Temperature in the Patients with Cervical Vertebrae Injury and Nursing颈椎损伤患者体温异常的观察与护理
相关短句/例句
Cervical spine injury颈椎损伤
1.Results Among107patients with craniocerebral inˉjury,there were7cases existing cervical spine injury simultaneously.结果本组107例颅脑损伤患者中,有7例颅脑损伤患者并发颈椎损伤,而颈椎X线平片检查,仅4例可见下颈椎的骨折线。
2.Objective To analyze the relationship between cervical spine injury and cervical spinal cord injury.目的分析颈椎损伤与颈脊髓损伤的关系。
3)cervical spinal cord injury颈髓损伤
1.Bradycardia associated with acute cervical spinal cord injury;急性颈髓损伤与窦性心动过缓
2.Analysis and nursing of postoperative acute respiratory failure for cervical spinal cord injury;急性颈髓损伤术后急性呼吸衰竭的原因分析及护理
3.Treatment of complications after cervical spinal cord injury in intensive care unit;颈髓损伤后并发症的监护治疗
4)cervical vertebrae/IN颈椎/损伤
5)cervical cord injury颈髓损伤
1.Try to balance automatic nervous system of cervical cord injury during the spinal shock;颈髓损伤脊髓休克期间自主神经功能平衡
2.Diagnosis of cervical spine injury and cervical cord injury with head injury;颅脑外伤合并颈椎和颈髓损伤的诊断
3.Objective To improve patients awareness of disease recovery and everyday self care of cervical cord injury.目的提高颈髓损伤患者对疾病康复及日常保健的认识和自我护理能力。
6)Neck injuries颈部损伤
延伸阅读
MasterCAM8.0在四轴、五轴铣床加工中的应用与技巧MasterCAM8.0新增加了多轴加工模块,但在实际加工应用中数控机床的控制器是不同的,在后置处理时,如果在MasterCAM8.0提供的后置处理文件夹Posts中找不到适合数控机床控制器的后置处理文件,或者经过编辑某通用后置处理文件后,仍不能得到与数控机床控制器相适应的后置处理文件,那么就无法将多轴加工模块得到的NCI文件转化成实际加工中可用的NC程序。 笔者在工作实践中,通过适当的转化使某些常用、典型的四轴、五轴加工在MasterCAM8.0上得以实现,并且成功后置处理成适合加工实际的四轴、五轴数控铣床控制器格式的NC程序。 一、四轴加工的应用 卫生巾切刀成型辊的数控加工主要是通过用平铣刀和锥度成型刀在XK-715M机床(带旋转轴的三坐标数控机床)上实现的。旋转轴上夹持的切刀成型辊相当于第四轴——A轴,刀具在圆柱体上走空间曲线,就得到刀刃的型面。 那么,如何建出这条卷在圆柱体上的空间曲线呢? 首先,在MasterCAM8.0中,根据切刀理论刃口展开图画出不同刀具的中心轨迹展开图,这是二维曲线。 然后,利用主菜单的转换→卷筒→串连,用串连的方式选取刀具轨迹曲线→然后设定卷筒直径、旋转轴X及曲线放置在圆柱体上的位置→确认后再作出与卷筒直径同样大小的圆柱曲面,作为4轴曲线加工的导动曲面,将空间曲线以投影方式投到圆柱面上进行加工。 虽然同样是FANUC系统,但XK-715M机床和加工中心控制器的所使用的格式稍有区别,所以在用MasterCAM后处理产生NC程序之前需修改后置处理文件MPFAN.PST。 方法如下:进入文件→编辑→*.PST→找到系统默认的MPFAN.PST文件,先作备份,如另存为MPFAN-1.PST文件,然后打开,找到下面清单中的变量rot_ccw_pos : 1,将其改为rot_ccw_pos : 0,并存盘。 # Rotary Axis Settings # -------------------------- vmc : 1 #0 = Horizontal Machine, 1 = Vertical Mill rot_on_x : 1 #Default Rotary Axis Orientation, See ques. 164. #0 = Off, 1 = About X, 2 = About Y, 3 = About Z rot_ccw_pos : 1 #Axis signed dir, 0 = CW positive, 1 = CCW positive 之后,进入“NC管理”菜单→更改后置处理文件→选中MPFAN-1.PST文件,再对NCI文件进行后置处理,产生符合XK-715M机床的NC格式。 二、 五轴加工的应用 以在FIDIA系统的T20上加工双角度叉耳内外形为例,说明用MasterCAM8.0实现T20上带固定角度的五轴加工。