机械密封检修工艺较为复杂，要保证组装后的机械密封无漏泄，机械密封技术尺寸的校核必不可少。
Mechanical seal repair process more complicated, after assembly to ensure no leakage of the mechanical seal, mechanical seal technology essential check size.
通过对退锚器工作压力的确定、强度校核、合理计算，选择了活塞承压面积及各液压缸直径尺寸。
Through anchors identified by the work pressure, intensity degree, reasonable terms, choiced piston confined area and the size of hydraulic tank diameter.
接着对减速器的部件组成进行了尺寸计算和校核。
Then the components of the reducer to the size of the calculation and verification.
通过封闭环尺寸及公差计算，计算并校核余量及余量公差。
The closed loop dimension and tolerance is calculated in order to calculate and check allowance and allowance tolerance.
确定出各个机构零部件的尺寸及型号后，并对其进行了校核以保证其能够满足设计要求。
After determining the size of various body parts and models, and check to ensure that it can meet the design requirements.
零件强度校核中，首先选择危险零件，根据ADAMS建模基本尺寸，利用PROE对零件进行建模。
In the process of intensity check of parts, we choose the dangerous parts first. According to the basic size of the model in ADAMS, we establish a model based on PROE.
本次设计采用新参数方法来设计铲斗尺寸参数，并验证容量；同时利用图解法设计连杆机构尺寸，并对连杆机构进行受力分析及强度校核。
This design USES a new method to design parameters and verify size parameters of the bucket volume, While using graphical design method of connecting link mechanism, and analyzes forces and intensity.
圆锥齿轮的设计包括：几何尺寸的计算，校核接触强度，齿根弯曲强度校核，齿轮各检验项目及公差值的计算。
Circular cone gear design include: geometry calculation accuracy contacts intensity tooth root bending intensity accuracy, plus the value of the test items and business computing.
介绍平移式后发动机舱门的结构及工作原理，四连杆机构尺寸的确定及动力学校核，以及空气弹簧、门锁的选用等。
Hence, this paper mainly focuses on the dynamic analysis of the two-side four-bar beating-up motion of an air-je.
介绍平移式后发动机舱门的结构及工作原理，四连杆机构尺寸的确定及动力学校核，以及空气弹簧、门锁的选用等。
Hence, this paper mainly focuses on the dynamic analysis of the two-side four-bar beating-up motion of an air-je.
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