joint cutter 中文意思是什麼
joint cutter
解釋
切縫機-
We are specialized in producing screwdriver, screwdriver set, ratchet screwdriver voltage tester, precision screwdriver, plier, long nose plier, bent nose plier, diagonal cutting plier, linesman plier, mini plier, end nipper plier, joint type plier, pearl nipper plier, extemal snap ring plier, fishing plier, multi - purpose combination plier, heavry duty pipe wrench, wrench, bolt cutter, and other combined tools
公司專業生產螺絲刀，棘輪螺絲刀，老虎鉗，螺絲刀套裝，螺絲刀批頭，電筆，鉗類：鋼絲鉗，尖嘴鉗，彎嘴鉗，迷你鉗. ，大力鉗，斷線鉗，頂切鉗，電纜鉗，釣魚鉗，擋圈鉗，水管鉗，航空剪，扎線鉗，胡桃鉗，扳手，套筒，銼刀，和各類組合套裝工具 -
Joint bushs with shorter morse taper for gear shaping cutter. dimensions
錐柄插齒刀接套.尺寸 -
Joint bushs for gear shaping cutter. dimensions
插齒刀接套.尺寸 -
This paper combines the application and research of cellular manufacturing resource management system in high - efficient numerical control machining technique research of commission of science technology and industry for national defense and demonstration project research of chengdu aerocraft corporation, studies and practice the management of workshop ' s resource management which according to mrp hand jit " s thoughts and the characteristic of manufacturing execution system to meet advanced management concept ; have realized the computer - assisted management of the measuring tool, cutter, fixture and material in numerical control manufacturing center of chengdu aerocraft corporation, have introduced some manage method, concept and the management thought in production planning and controlling management, stock management and cost management ; makes the information of cost manage department, technology department and resource management department can be shared and integrated with each other, have guaranteed the production of numerical control manufacturing center of chengdu aerocraft corporation can go on by order ; this paper is taking the management of cutter as a sample, have studied the major working process and the realistic demand of resource management in the environment of numerical control ; have established systematic function model and information model with the method of idefo, idef1x ; under the support of intranet, with the method of joint application and development, combines advanced management theory and reality, using mature software development tool, this paper have developed the computer - aided manufacturing resource management software under the pattern of c / s
本文結合國防科工委「高效數控加工技術研究?成飛示範工程」課題中單元化製造資源管理系統的研究與應用，從車間層開始圍繞製造資源計劃（ mrp ）和準時制生產（ justintime ，簡稱jit ）的需求並結合製造執行系統（ manufacturingexecutionsystem ）的特點對車間資源的管理作了一定的研究和探討，並付諸實踐，以適應先進的管理理念；實現了成飛數控加工中心刀具、量具、工裝、物料等製造資源的計算機輔助管理，介紹了一些計劃與調度管理、庫存管理、成本管理的管理思想、理念及方法，完成了與車間生產調度部門、工藝部門、經營管理部門的信息共享和集成，從製造資源的角度保證了成飛數控加工中心的生產能有序、受控的進行；對今後的車間層製造資源管理探索出了一條切實可行的解決途徑。本文以刀具管理為例，研究了高效數控環境下製造資源管理的現實需求及主要的工作流程；採用idefo 、 idef1x方法建立了系統的功能模型和信息模型；並在車間局域網的支持下，採用聯合應用開發（ jad ）方法（即程序開發人員與最終用戶共同開發系統） ，以先進的管理理論為指導，結合生產現場的實際情況，利用成熟的軟體開發工具開發了c s模式下的計算機輔助製造資源管理系統軟體。 -
This project is one part of project of study and application of new devices and technologies in the 1750m3 / h cutter suction dredger ( it is called as the 1750 dredger for short ), which is a china state ninth five - year key project and was developed by the joint efforts of changjiang waterway bureau and wuhan university of technology
該項目是中國國家「九五」重點科技攻關項目「 1750m ~ 3 h絞吸式挖泥船新技術裝備實驗研究及應用」的一個重要子課題，由長江航道局和武漢理工大學共同承擔。 -
The main fram is designed. every mechanism " s location and how to joint them are analysised. ( 2 ) by analysis of the working principium and process of the roadheader, the cutter " s driving forces are investigation
（ 2 ）通過對掘進機工作原理和作業過程分析，研究在截割作業時截割頭的受力情況，為確定工作機構受力提供依據。 -
This thesis introduces the author ' s study, work and research, during the period of author participating in the research and development of the first 1750m3 / h cutter suction dredger ' s dredging process training simulator in china. this project is one part of research and application of new technologies and equipment project in the 1750m3 / h cutter suction dredger, which is one of the ninth five - year state key projects and was developed by the joint efforts of changjiang waterway bureau and wuhan university of technology
本文介紹作者參加武漢理工大學與長江航道局聯合承擔的國家「九五」重點科技攻關項目「 1750m ~ 3 h絞吸式挖泥船新技術裝備實驗研究及應用」的重要子課題「疏浚作業模擬訓練器的研製」中所進行的學習和研究工作。
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