网上科普有关“工程机械专业英语故障翻译”话题很是火热，小编也是针对工程机械专业英语故障翻译寻找了一些与之相关的一些信息进行分析，如果能碰巧解决你现在面临的问题，希望能够帮助到您。
Sensor Supply Voltage：传感器电源电压
Fuel Level Sensor：燃料油液面传感器
Engine Coolant Temperature Sensor：发动机冷却液温度传感器
Alternator Charging Voltage Sensor：交流发电机充电电压传感器
Electrical System Voltage：电力系统电压
Ambient Air Temperature Sensor：环境空气温度传感器
Engine Speed/timing Sensor：发动机转速/定时传感器
Can Data Link：（请核对一下 can ，是否应当 cam）曲柄数据链接；或是 cat：卡特数据链接
J1939 Data Link：J1939 数据链接
Cat Data Link：卡特数据链接（卡特柴油机）
Electronic Control Module：电子控制模式
5 Volt Dc Sensor Power Supply：5伏直流电源
Action Alarm：动作报警
Radiator Fan Speed Solenoid：散热器风机转速电磁阀
Swing Brake Solenoid：转盘制动电磁阀
Engine Cooling Fan Speed Sensor：发动机冷却风机转速传感器
Power Shift Pressure Solenoid：动力换档压力电磁阀
Engine Speed Dial Switch：发动机转速拨盘开关
Monitoring System Display：监控系统监视器
Travel Speed Solenoid Valve：行程速度电磁阀
Hydraulic Oil Temperature Sender：液压油温度传感器
Heavy Lift Solenoid Valve：大功率起吊电磁阀
Left Side Attachment Pedal Sensor：左侧附着踏板传感器
Hydraulic Lock Solenoid：液压闭锁电磁阀
Boom Overload Pressure Sensor：吊臂过载压力传感器
Relief Check Valve-2 Solenoid：安全阀-2号电磁阀
Relief Check Valve-1 Solenoid：安全阀-1号电磁阀
Travel Straight Solenoid：纵向移动电磁阀
Main Pump Flow Limitation Pressure Solenoid：主泵流量限压电磁阀
Attachment Valve #1 Extend Pressure Solenoid：1号辅助阀伸出压力电磁阀
Attachment Valve #2 Extend Pressure Solenoid：2号辅助阀伸出压力电磁阀
Attachment Valve #3 Extend Pressure Solenoid：3号辅助阀伸出压力电磁阀
Attachment Valve #1 Retract Pressure Solenoid：1号辅助阀缩回压力电磁阀
Attachment Valve #2 Retract Pressure Solenoid：2号辅助阀缩回压力电磁阀
Attachment Valve #3 Retract Pressure Solenoid：3号辅助阀缩回压力电磁阀
Squeeze Pressure Sensor：夹紧压力传感器
Left Joystick Thumbwheel：左操作杆拨轮开关
Right Joystick Thumbwheel：右操作杆拨轮开关
Variable Relief Valve #1 Pressure Solenoid：变量安全阀1号压力电磁阀
Variable Relief Valve #2 Pressure Solenoid：变量安全阀2号压力电磁阀
Auxiliary Circuit Flow Combining Solenoids：辅助回流组合电磁阀
Hydraulic Pump 1 Outlet Pressure Sensor：液压泵1号出口压力电磁阀
Hydraulic Pump 2 Outlet Pressure Sensor：液压泵2号出口压力电磁阀
The Travel Alarm Relay：行程报警继电器
Switch Panel：开关盘
机械专业英语翻译 翻译工具勿回
Selecting a low-strength bolt to be used with a Class 600 flange joint with proper gasketing will require the bolts to be torqued beyond their yield point, or, at the very least, beyond their elastic range, To explain this briefly, bolts act as springs when they are installed and loaded properly. In order for the flange joint to maintain a gasket seal, it requires dynamic loading. Dynamic loading of flange bolts allows expansion and contraction movement in and around the joint while maintaining a seal. This is achieved by applying sufficient stress to the bolt to take it into the material’s elastic range.
If the bolts are not stressed sufficiently into their elastic range, any relaxation in the gasket could reduce the sealing ability of the joint. To the other extreme, if the bolts were stressed beyond their elastic range and into the plastic range of their material of construction the same issue would apply; they would lose their dynamic load on the gasket. In that case, if they did not shear, they would take a set. Any relaxation in the gasket will then result in the reduction or elimination of the joints sealing ability.
The nut should be selected to complement the bolt. The bolt material specification will steer you, either partially or completely, into the proper nut selection.
ASME A307, a material standard for bolts in the low-strength category, states that the proper grade for bolts to be used for pipe flange applications is Grade B. The standard goes further to state that when used for pipe flanges, Grade B bolts require a Heavy Hex Grade A nut under ASTM A563. In writing a pipe specification that included the A307 bolt, you would not need to specify the nut, since it is already defined in A307.
However, ASTM A193, alloy and stainless-steel bolts, goes only so far when it states that nuts shall conform to ASTM A194—there are several grades of A194 nuts to select among. This is an example of where the matching nut is not always explicitly called out in the ASTM standard. Because the ASTM standards are inconsistent in that regard, the specification writer must make sure that the nut is covered in a specification.
In summary, all four components—flanges, bolts, nuts and gaskets—have to be selected in conjunction with one another in order for the joint assembly to perform in a way that it is expected to for a given application.
选择低强度螺栓可用于一类600法兰接头与适当的gasketing将需要螺栓要扭转超出其屈服点，或在最低限度，超出其弹性范围，解释这简单，螺栓作为弹簧，当他们安装并加载适当的。在为了使法兰接头，以维持一个垫片密封，它需要动态加载。动态加载法兰螺栓，使膨胀和收缩运动和周围的联合，同时保持密封。要实现这个目标，运用足够的压力，螺栓考虑到材料的弹性范围内。
如果螺栓不强调，充分考虑到他们的弹性范围内，任何放宽，在垫片可以减少密封能力的联合。到了另一个极端，如果螺栓被强调，超出其弹性范围，并纳入塑胶一系列的物质建设的同时，问题将适用于他们将失去他们的动态负载对垫片。在这种情况下，如果他们不剪，他们会采取一套。任何放松，在垫片，然后将结果在减少或消除关节的密封能力。
螺帽应选择，以配合螺栓。螺栓材料的规格，将引导您，无论是部分或完全，到适当的螺母的选择。
对ASME a307 ，材料标准，螺栓，在低强度类别，国家适当职螺栓可用于管道法兰申请一级乙标准更进一步说明，当用于管道法兰， B级螺栓的要求一个沉重的Hex A级螺母下，美国ASTM a563 。在写作的管道规格，其中包括a307螺栓，你不会需要指定螺母，因为这是已经确定的a307 。
不过，美国ASTM a193 ，合金及不锈钢螺栓，云只有这样，到目前为止，当它指出，坚果应符合美国ASTM a194 -有几个等级， a194坚果选择之间。这是一个例子，那里的配套螺帽并不总是明确要求指出，在ASTM标准。因为ASTM标准不一致在这方面，规格，作家必须确保螺帽是涵盖在一个规格。
总括来说，所有四个组成部分-法兰，螺栓，螺帽和垫圈-要选定在联同另1 ，以便为联合大会在执行的方式，这是预期某一特定的应用。
拜托大家帮帮忙，帮我把下面这句话翻译成英语。谢谢！
Abstract: fitness cycle is called “power cycle” in sports science. It can adjust the intensity (power) during exercising so as to achieve the effect of bodybuilding. By now, fitness cycle has been very widespread. It served as the necessary fitness equipment in gym and the second mostly-used fitness equipment indoors. It is one of the best tools that are used to conquer the heart diseases. Cycling can prevent high blood pressure, obesity, and angiosclerosis. Besides, it can strengthen the bone and achieve a better effect than drugs. There are more and more people using fitness cycles. It is a trend to popularize it to daily outdoor exercises. However, it is confronted with big obstacle to popularize it to outdoor exercise, especially nationwide fitness route because the sources of power, resistance and preserving funds can’t be solved. This paper focuses on how to solve the three problems above based on the design of outdoor fitness cycle. It is a brave attempt to design the new outdoor fitness route.
Keywords: environment-friendly, nationwide fitness, fitness cycle, ergonomics.
In junior college, my major was electricautomation. And at grade two, I was admitted to the postgraduate courses by passing the upgrading examinations. And my undergraduate major was Mechanical Engineering and Automation. I will spare no effort to learn it well since I have chosen it as my major. Actually I really love my major. If I was given a second chance to decide which major I will choose, I would certainly choose Mechanical Engineering and Automation.
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