hydraulic tube fittings,hydraulic hose,hydraulic fittings is with a one-way valve, one is without a check valve. Application with check valve, check valve and the gas source is connected to the end, when you disconnect the check valve closes automatically when you turn on the activity side thimble-way valve is opened. Is the use of self-locking ball is embedded in the groove, while the locking balls from "tapered cylindrical ---" sleeves.
2013年9月16日星期一
Based on CAD / CAM / CNC design and manufacture of hydraulic fittings
Hydraulic fittings is a large building and maintenance is an important part of the machinery , the use of CAD / CAM / CNC technology to achieve joint modular design and rapid manufacturing is to ensure the quality of its quality and processing efficiency and effective way. In this paper, based on CAD / CAM / CNC design and manufacture of hydraulic fittings for a more comprehensive study , the main research contents are as follows : 1, non-standard hydraulic fittings , modular : the analysis of the company 's Jic hydraulic fittings on the basis of the type and characteristics of established a basic model of hydraulic fittings . According to the model into basic modules ( body ) and add-on modules ( daughter ) , to classify and define , while establishing the main series , sub-module, and ultimately of modularity. 2 , hydraulic fitting CAD-based design : hydraulic fittings in accordance with the classification approach to the company as a research prototype hydraulic fittings from the perspective of parametric design of hydraulic fittings from menu development , modeling, database design, module synthesis steps . 3 , CAM-based hydraulic fittings NC code generation : To investigate the standardization process route hydraulic fittings , cutting elements of the standardization work , especially in the deep understanding of the EdgeCAM post-processor after its transformation , and the establishment of a suitable company CNC the new template system , which derived from the practicality of EdgeCAM NC code
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