A Reliability Design Method for Force-applying Parts of High-speed Press Considering Multiple Types of Uncertainties
A force-applying component and uncertainty technology, which is applied in the field of reliability design of force-applying components for high-speed presses, and can solve problems such as reliability design
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[0051] The present invention will be further described below in conjunction with accompanying drawing and example.
[0052] The information involved in the figure is the actual application data of the present invention in the reliability design of the force-applying parts of a certain type of high-speed press, figure 1 It is a flow chart of reliability design of high-speed press force components considering random, interval and fuzzy uncertainties.
[0053] 1. Establishment of a reliability design model for force-applying components based on random-interval-fuzzy
[0054] The force application parts of the high-speed press of model 300L4 are selected as the research object, such as figure 2 As shown, 1 is the slider, 2 is the pin, 3 is the lower connecting rod, 4 is the main shaft, 5 is the upper beam, l represents the distance between the connecting rods, and h represents the height of the slider. The cross-sectional view and design parameters of the force-applying parts o...
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