液压器

Such as gears, hydraulic steam dynamic components, oil pump oil Tsui, needle like leaves, Die Casting, casting, investment casting, machining parts to maintain, bearings, valve, valves, chain, spring, eyes box, music devices, Recording movement, textile machinery, only the powder metallurgy, lock system components, electroplating parts, carburetor, shock absorbers, watches and clocks, parts, instrumentation equipment, electrical equipment, electrical components, household hardware, medical equipment, utensils, tools, toys , Nib, decorations, such as hair shaved need to finishing the various parts.

如齿轮，液压汽动元件，油泵油咀，针类，叶片，压铸件，铸件，精铸件，机加工件，保持器，轴承，气门，阀门，链条，弹簧，眼睛框，音乐器件，录音机芯，纺织机械，粉末只金冶金，制锁零件，电镀零件，化油器，减震器，钟表零件，仪表仪器，电工器材，电器元件，日用五金，医疗器械，餐具，刀具、玩具，笔尖，装饰品等需要去毛剃光整加工的各种零件。

In our work, we aimed to develop a suit of injection-variation-meassuring instrument for diesel injector's injection variation which was a mechatronic system based on embedded ARM-Linux operation system and made up of mechanical-hydraulic complex unit and electronic module.

本课题研究目标是研制一套柴油机喷油器喷油规律的测量仪器，以嵌入式ARM-Linux操作系统为核心的机电一体化系统；即系统由机械和液压混合单元、电子单元模块组成。

This text pressed an on trial pedestal each zero partses to carry on a detailed calculation and the school pit to the liquid in introducing the background of the topic research and the foundation of the meaning:Pass to draw up towards experimenting the pedestal system principle diagram, explain the work principle of the system and manipulate a method;Pass the calculation to the system pressure,discharge, choose the oil pump,pipeline and valve door;Pass the calculation to deliver the calories to system, make sure the physical volume of the fuel tank and choose heating apparatus with spread a hot machine;Pass to spread a design of move the system to the pump station, choose to keep the strength that the gear cone wheel gear spread to move to combine a school to check stalk.

本文在介绍课题研究的背景及意义的基础上，对液压试验台各零部件进行了详细的计算和校核：通过对试验台系统原理图的拟订，说明了系统的工作原理和操纵方法；通过对系统压力、流量的计算，选择了油泵、油管和阀门；通过对系统发热量的计算，确定了油箱的体积并选择了加热器和散热器；通过对泵站传动系统的设计，选择了直齿圆锥齿轮传动并校核了轴的强度。

This text pressed an on trial pedestal each zero partses to carryon a detailed calculation and the school pit to the liquid inintroducing the background of the topic research and the foundationof the meaning:Pass to draw up towards experimenting the pedestalsystem principle diagram, explain the work principle of the systemand manipulate a method;Pass the calculation to the systempressure,discharge, choose the oil pump,pipeline and valvedoor;Pass the calculation to deliver the calories to system, makesure the physical volume of the fuel tank and choose heatingapparatus with spread a hot machine;Pass to spread a design of movethe system to the pump station, choose to keep the strength thatthe gear cone wheel gear spread to move to combine a school tocheck stalk.

本文在介绍课题研究的背景及意义的基础上，对液压试验台各零部件进行了详细的计算和校核：通过对试验台系统原理图的拟订，说明了系统的工作原理和操纵方法；通过对系统压力、流量的计算，选择了油泵、油管和阀门；通过对系统发热量的计算，确定了油箱的体积并选择了加热器和散热器；通过对泵站传动系统的设计，选择了直齿圆锥齿轮传动并校核了轴的强度。

Hydraulic Cylinders: The plow on the CopperHead is moved up and down by a set of electric linear actuators.

电动执行器与液压缸：关于铜斑蛇犁是上下移动由直线电机驱动器设置。

My company uses existing client network, and the advantage that at present home seldom enumerates, extend home market quickly, carry out mutually beneficial mutual benefit at the same time " the member is made ", hire include spanner of groove machine, hydraulic pressure, tube bank to curium by the product, block a canal up implement.

我公司利用现有的客户网络，以及目前国内极少数的有利条件，迅速拓展国内市场，同时推行互惠互利"会员制"，的租凭产品包括坡口机、液压扳手、排管锯、堵管器。

This paper introduces the technology of using bolt tensioning cylinder to press stator core of 200MW and 300MW turbogenerators manufactured by HEC.

介绍哈尔滨电机厂有限责任公司生产的 2 0 0MW和 3 0 0MW汽轮发电机，使用液压拉伸器压紧定子铁心的工艺过程，及其所带来的潜在的经济效益。

Linear hardening model is used for residual stresses after autofrettage pressurization and after autofrettage depressurization.

采用线性强化模型，得到了液压联轴器外套自增强卸载后的残余应力、自增强压力和安装后的应力公式。

The frequency of vibration exciter was determined by the rotary speed and the number of grooves distributed on a spool land.

为了提高电液激振器的频率，提出一种采用2D阀控制液压缸实现激振的新方案。

However, professional hydraulic expander is difficult to meet the time set aside less maintenance environment.

然而专业的液压扩张器很难满足长时间搁置少保养的环境。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。