0212-軸向柱塞泵泵體加工生產線專機及主輔助設備—車基準機床及雙頭鏜床液壓系統(tǒng)設計【全套7張CAD圖+說明書】
0212-軸向柱塞泵泵體加工生產線專機及主輔助設備—車基準機床及雙頭鏜床液壓系統(tǒng)設計【全套7張CAD圖+說明書】,全套7張CAD圖+說明書,軸向,柱塞,泵泵體,加工,生產線,專機,輔助,設備,裝備,基準,機床,鏜床,液壓,系統(tǒng),設計,全套,cad,說明書,仿單
摘 要
21世紀的今天，社會經濟穩(wěn)步發(fā)展，科學技術高速進步，人們對生產效率的追求是越來越高，尤其是在中國這樣的制造大國。
在機械加工行業(yè) ，如果繼續(xù)沿用普通機床加工各類零件，不但生產效率低，勞動強度大，質量不穩(wěn)定，且很難實現大批量生產。目前主要采用自動或半自動生產流水線來解決這一系列的問題。軸向柱塞泵泵體是ZB40柱塞泵的關鍵零件之一。單件，小批量生產沿用普通機床加工，生產效率低，勞動強度大，質量不穩(wěn)定。想要達到年產量1萬臺/年，同時要提高生產率、降低勞動強度、保證生產質量就必須得采用專門的生產流水線來實現。
本次設計主要采用液壓系統(tǒng)來實現流水線生產加工過程的部份自動化。我這次做的工作是車基準機床及雙頭鏜床液壓系統(tǒng)設計。從整個零件的加工過程來看，基準的精確度直接影響著以后工序的加工過程精度，即在加工過和中基準的精度得要非常的重視。本設計過程要鏜的孔在裝配中起著重要的作用，如果加工過程中鏜孔的精度不能達到精度要求，那么就可能出現不能裝配或是裝配后不能正常使用，即成為廢品。因此，因此在本次設計過程中，我采用液壓系統(tǒng)來解決普通機床加工的不足。
關鍵詞：(1)、進入液壓缸，（2）、換向閥，（3）、進入液壓缸，（4），向右移動
（5）、的左腔.
Abstract
In the 21st century, with the steady development of our socio-economy and rapid advance of scientific and technological, people pursuit of efficiency of production become more and more urgent, especially in China, which is a big manufacturing country.
In the mechanical processing industry, if we continue to use ordinary machine tool to process various components, it will results in low production efficiency, labor intensity and unsteady quality, which is very difficult to achieve mass production. At present, we mainly use the automatic or semi-automatic production lines to solve those issues. Axial piston pump Body Pump is ZB40 one of the key components. Single pieces and small batch production by using ordinary machine processing result in low productivity, labor intensity and quality instability. Try to achieve annual output of 10,000 units/ year, we should increase productivity, reduce labor intensity and assure quality in a new producing line.
This design focuses on hydraulic pipeline systems, which is used to achieve the production process of automation. My work on this design is to design the standard of lathing and the headed benchmark boring machine hydraulic system. From the entire parts of the machining process, the benchmark precision direct impact on the future operations of the processing accuracy, so the accuracy of the benchmarks needs to be very seriously. The design process should be boring holes in the assembly plays an important role. If processing Boring not achieve the accuracy and precision, it is possible that no assembly or assembly after normal use, that is to say the products will become as scrap. Therefore, in this design, I mainly use hydraulic system to solve those deficiencies of ordinary Machining.
Keys: (1) Directional Valve), (2) Check Valve, (3) Directional Valve (4) Work Table (5) Cylinder.
II
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