管材与不同部位模具间隙是影响薄壁管数控弯曲过程成形极限和成形质量的重要因素。
Clearance between tube and various dies is of great importance to influence forming limit and quality during thin-walled nc bending process.
结果表明，在不同补偿角、托板力和模具间隙的影响下，激光拼焊板具有与光板一致的回弹规律。
The results show that under different types of compensation Angle, pallets power and die gap, the bending springback rules of the tailored blanks are in line with the light board.
应用dynaform软件进行模拟计算分析，研究了摩擦系数、模具间隙、材料参数(n,r值)等因素对零件成形的影响。
By simulating in DYNAFORM, the influences of the factors, such as the friction coefficient, die clearance and material parameter 'sn and r, on stamping formability were studied.
通过对材料冲裁间隙的合理选取，只用一副冲模就实现了对厚度不同的超薄垫圈的生产，且模具结构简单、实用。
Through choosing the blanking clearance of material in reasonable, just by one die blanking the different thickness of very thin gaskets, the die structure was simple and practical.
上下模刃口间隙要合理，针对典型的百叶窗模具给出了一种实用的高效率的模具结构设计及其制造工艺。
A design and manufacturing technology of die structure with high efficiency and practicality was developed on a typical die of persian blinds.
你能真正地超越模具的零公差，有意地在闭合出留一个小的间隙。
You can actually go beyond zero tolerances in your molds to intentionally leaving a slight gap at the shutoff.
分析了不同压边力和凸凹模间隙对精冲断面质量和模具应力的影响关系。
Variation of striper force and clearance between punch and die plate with respect to shear plane and die stress were analyzed.
通过对不同间隙条件下冲裁件断面质量以及不同间隙条件下模具的磨损情况，分析说明了冲模间隙与模具磨损和产品质量间的关系。
Based on the punching section quality and mould wear in different gap conditions this paper analyses the relation between die gap and mould wear and product quality.
能理解不同模具的切刀间隙，并根据不同的材料厚度计算出切刀间隙。
Be able to understand the cutting clearance with different die, and calculate the cutting clearance with the different thickness of the material.
本产品外型美观、操作简便、机身整体铸造，消除装配间隙，提高稳定性，适宜多种型号的进口和国产模具。
The product is featured with nice appearance, simple operation, entire casting, removal of assembly gap, high stability, suitable for various imported and homemade dies.
本文从冷冲压模具的磨损、间隙、选材等方面提出了提高模具寿命的措施。
In this paper a method to improve the working life of stamping die from the friction loss, dearance and material selection is introduced.
重点分析了冲裁间隙的功能及其对模具、工件的影响，说明在普通冲裁工艺中，选用较大冲裁间隙，能提高模具寿命。
Analyse the functions of blanking clearance and its influence to the die and workpiece. Illustrate that only select fairly larged clearance in general blanking, die life would be increased.
文章分析了零件的工艺性，着重介绍了不锈钢零件套裁级进模的结构、间隙及模具的热处理。
The article analyses craft nature of part, With the emphasis on introducing the structure and gap of nesting progressive dies design for stainless steel parts and its heat treatment.
模具口是V型的，为了随时减少模具和辊轴间的空气间隙。
The die lips are V-contoured to minimize the air gap between the die and the roll nip whenever necessary.
采用分型面排气槽、顶杆间隙排气与排气塞排气相结合的排气系统设计能够很好地满足模具排气需要。
The vent system composed of vent groove, vent plug and clearance of ejector pin can fit the need of venting.
分析了平衡块卡子模具磨损的方式及产生原因，从模具冲裁间隙、材质的确定及热处理工艺流程等方面提出了提高模具寿命的措施。
In this paper, measures on the improvement of working life of a stamping die are put forward from the aspects of wear, distance and material selection.
对大间隙冲裁与冲件断面质量、模具磨损的影响进行了分析，并提出了提高模具寿命的具体方法。
The influences of a large clearence are analyzed to stamping parts, quality of cross section and die wear. A detail measure to improve die life is also discussed in this paper.
分析了铝合金厚壁支座的弯曲工艺，计算了弯曲件的展开长度、落料力、冲孔力及弯曲力，阐述了弯曲件的回弹因素及凸凹模之间的间隙，介绍铝合金厚壁支座弯曲模具的结构设计。
The bending technology of the thick-wall supprt of aluminum alloy was analyzed, and the flattening length of bending, blanking force, piercing force and bending force were calculated.
分析了铝合金厚壁支座的弯曲工艺，计算了弯曲件的展开长度、落料力、冲孔力及弯曲力，阐述了弯曲件的回弹因素及凸凹模之间的间隙，介绍铝合金厚壁支座弯曲模具的结构设计。
The bending technology of the thick-wall supprt of aluminum alloy was analyzed, and the flattening length of bending, blanking force, piercing force and bending force were calculated.
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