Use the Spring context loader to load the configuration file.
使用Spring上下文加载器来加载配置文件。
Then you need to use the Spring context loader to load the configuration file.
然后需要使用Spring上下文加载程序来加载此配置文件。
Then, the Spring container can validate the beans and load the application context successfully.
然后，Spring容器可以验证bean并成功加载应用程序上下文。
WebSphere application Server can provide enterprise class facilities to your Spring applications, such as transaction support, work load management and high availability, to name a few.
WebSphereApplicationServer可以为Spring应用程序提供企业级的工具，如事务支持、工作负载管理和高可用性等等。
To load the Spring context, you must first define and add the context load listener to the web.xml file of the web application.
要加载Spring上下文，您首先必须定义上下文加载侦听器并将其添加到web应用程序的web . xml文件。
Operating environment, life expectancy, and spring load are taken into account when designing your custom torsion springs.
当为您定做扭转弹簧时，工作环境，生命周期和弹簧荷载我们都会考虑。
By analysis of buffer spring load, deformation and stress, its parameters are designed reasonably, which satisfies system requirement.
通过对制动器缓解弹簧的载荷、变形及应力分析，合理优化设计参数，给出最优设计，满足系统设计要求。
The objective function was described by artificial spring model and dummy load method and the sensitivity was analyzed by the adjoint sensitivity analysis method.
通过人工弹簧模型和虚拟载荷法描述柔性机构设计的目标函数，采用伴随敏度分析法进行了敏度分析。
The specimen was put in framework by top and bottom fixture and constant tensile load was applied by spring.
该装置将试样通过上、下夹头安装在主承力框架内，利用弹簧对试样施加轴向载荷，使试样承受恒定的拉伸应力。
For vacuum circuit breaker with spring operating mechanism, an optimum design of CAM mechanism is significant to make the output force characteristics match the load characteristics.
对与真空断路器相配的弹簧操动机构而言，其输出力特性和开关负载特性的合理匹配取决于凸轮机构的合理设计。
After spring foundation are used for the turbine generator units the dynamic load is isolated and vacuum suction eliminated, which has greatly reduced the sectional size of the column.
该电厂汽轮发电机组使用了弹簧基础后，既隔离了动载荷，又消除了真空吸力，大大减小了立柱截面尺寸。
Under the action of same load, air spring has much lower vibration frequency than leaf sping, so, the driving smoothness is improved.
在相同的载荷作用下，空气弹簧可以得到比钢板弹簧低得多的振动频率，从而提高行驶平顺性；
Abstract: Inthis article, experimental research, theoretical calculation and finite element method have been used to analyze the load deformation characteristics of diaphragm spring.
摘要：本文通过实验研究、理论计算和有限元方法对膜片弹簧载荷变形进行了研究。
The valve petal USES the spring to load, its quick closedown can effective reduce the hammer pressure, the sealing property is good, the closure does not have the noise.
阀瓣采用弹簧加载，其快速关闭能有效的减小水锤压力，密封性能好，关闭无噪声。
Compared with the prior art, the simulation system for the diaphragm spring of the clutch can simulate load resistance of different types of diaphragm springs of clutches.
相比于现有技术，本发明所提供的离合器膜片弹簧的仿真系统可以实现对不同类型的离合器膜片弹簧的负载阻力进行仿真。
In order to analyze the load deformation, a single spring dual moment inertia model was used to model the load of dual hydraulic motor synchronizing driving (DHMSD) system.
针对双液压马达同步驱动系统建模过程中存在负载变形考虑不足的情况，采用单弹簧、双惯量块代替单惯量模型建立负载动力学模型；
A new hydraulic load simulation system, adopting a rotation directional valve and using a spring accumulator simulating the starter load, is proposed and working principles are described.
提出了一种采用旋转式换向阀及弹簧蓄能器模拟发动机负载的液压负载模拟系统，详细介绍了该系统的工作原理；
And then, choose the appropriate air spring for the vehicle cab mounting based on load at different load conditions and special conditions according to result.
然后根据分析结果，以驾驶室不同载荷工况下的承载力为条件，为商用车驾驶室悬置选择合适的空气弹簧。
Air spring is characteristic of variable stiffness, its natural vibration frequency is much lower than that of leaf spring and will not change with load of vehicle.
空气弹簧具有变刚度特性，其固有振动频率要比钢板弹簧低得多，且不随汽车承载质量的变化而改变。
Its main products include pulling tool, spring tester, measuring tool, image measuring apparatus, load curve measuring tool and paper tape punch, and other instruments.
公司主要销售有拉力计、弹簧测试仪、量具、影像测量仪、荷重曲线仪及纸带机等仪器设备。
The relation between load and deformation of the spring element is analysed and the calculating methods of constant angle and maximum axial load are set up.
本文研究了自动调心分离轴承装置的结构和调心原理，分析了弹性元件载荷与变形的关系，给出了分离轴承接触角和极限轴向负荷的确定方法。
A newly developed device for locomotive secondary spring load test and adjustment is presented. Its construction, technical features, work principle, and application are also described briefly.
简要介绍了车体称重调簧试验装置的结构、技术性能和工作原理，以及该装置在电力机车二系支承载荷调整中的应用。
It proved the ability to simulate material flow, strain, stress, forming load as well as spring back.
它具有分析材料流动，应变，应力及冲压负载的功能。
Elastic deformation is that part of the deformed material which when the applied load is removed would spring back to its normal shape.
弹性变形是材料变形部分在去除载荷后可以恢复到原来的形状。
The compression process of a cylindrical-helical spring is analyzed. Distribution of the spring's mechanical parameters and load-distance curve are achieved. Plastic deformation is included.
用有限元方法分析了一种圆柱疏圈螺旋弹簧的压缩变形过程，获得了弹簧的力学参量分布、载荷-行程曲线等结果，包括了弹簧发生塑性变形的情况。
Length or load adjustment devices can be incorporated into the spring.
长度或荷载调节设备可加到弹簧中。
Applying optimization design technology and the reliability theory a reliability-optimum design method of variable load cylinder helix compression spring is presented.
利用优化设计和可靠性设计方法，提出变载荷圆柱螺旋压缩弹簧的可靠性优化设计方法。
Disc spring load-deformation characteristics can directly affect pneumatic DTH hammer system vibrations.
碟形弹簧的载荷变形关系直接影响潜孔锤系统振动特征。
Disc spring load-deformation characteristics can directly affect pneumatic DTH hammer system vibrations.
碟形弹簧的载荷变形关系直接影响潜孔锤系统振动特征。
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