零件族 的英文怎麼說

中文拼音 [língjiànzú]
零件族 英文
parts family
  • 零 : Ⅰ數詞1 （零數） zero2 （數的空位） zero sign （0）; nought 3 （表示沒有數量;無） nil; nought 4 （...
  • 件 : Ⅰ量詞（用於個體事物） piece; article; item Ⅱ名詞1. （指可以一一計算的事物） 2. （文件） letter; correspondence; paper; document
  • 族 : 名詞1 （家族） clan 2 （古代的一種酷刑） a death penalty in ancient china imposed on an offender ...
  • 零件 : [工業] part; element; detail; component; finding; section; spare part; spare; fitting; ancillary...
  1. The jungle trolls of the darkspear tribe are greatly indebted to the orcs for saving them from certain death prior to the events of reign of chaos, but the rest of the jungle troll race still despises the horde, and considers the darkspear tribe to be fools for siding with the " weak " orcs

    黑暗之矛部族的叢林巨魔對獸族將其從混亂之治事件之前的必然毀滅中拯救出來感激涕零，不過其他的叢林巨魔仍然很輕視部落，他們認為黑暗之矛部族與「嬴弱」的獸族為伍是十分愚蠢的。
  2. Capacity design of rms for double product families under stochastic demand

    雙零件族隨機環境下可重構製造系統的生產能力設計
  3. As a result of the innovation subject, the main work and contribution of this dissertation are concentrated in the following issues : 1. the definition of rcms was suggested. that is, a rcms is one designed at the outset for rapid and cost - effective reconfiguration, being system level - oriented and production resource level - oriented, in order to provide rapidly and exactly production capacity needed in response to new market demands and functionality needed to produce a new part of the same part family

    本文提出可重構製造系統的定義，即可重構製造系統（ rcms ）是為了快速而準確地提供響應新的市場需求所需的生產能力和生產同一零件族內的新零件所需的製造功能，從一開始就設計成可面向系統級和生產資源級快速而又以有競爭力的成本重構的製造系統。
  4. The pre - launch control plan takes into consideration all known critical conditions / characteristics of the part as well as potential areas of concern identified during ppap, and should comprehend part variation within a product family

    試生產控制計劃考慮到了所有眾所周知的零件關鍵因素/特徵和ppap期間所確認的潛在區域范圍，它應該在同一生產家族內包含了產品的變化更替。
  5. The paper discussed a method combining integer programming based on similarity coefficient with quadratic programming considering ratio of capacity to loading in workshop to obtain parts families and machines groups in two steps

    摘要採用了基於相似系數的整數規劃和考慮車間資源負荷分配比率的二次規劃相結合的方法，分兩步得到了零件族和設備組。
  6. Then, we make in - depth research on the key technology of spl system. we present a method for calling mfc in ug, which solves the interface problem among ug, mfc and database. we presents a method for driving three - dimensional model of standard parts based on parameterization and then gives the key codes of the parameterization driver and dynamic expansion of spl, which realizes automatic generation of the standard parts and expansion of the parts family ’ s member

    然後，對網路環境下標準件庫系統的關鍵技術進行了深入的研究，提出了在ug中調用mfc的方法，解決了ug與mfc及數據庫之間的介面問題;提出標準件三維模型參數化驅動的方法，給出了實現參數化驅動及標準件庫動態擴充的關鍵代碼，實現了標準件模型的自動生成和零件族成員的擴充。
  7. Based on the triple depiction of gpf, a mapping relationship from gpf to component family was established and gpf based on inheritance was abstractly depicted

    通過綠色產品族的三元組表述，建立了綠色產品族到零部件族的映射關系，抽象表述了基於繼承的綠色產品族。
  8. 2. part family and defferent views of the bom is applied to enhance product structure management

    2 、應用零部件族和bom多視圖的概念，加強了產品結構管理功能。
  9. The concept of common part library and the roots of similar part family are set forth and retrieval system is developed

    提出了常用零件圖庫及相似零件族根的概念，開發了檢索系統。
  10. Industrial automation systems and integration parts library part 42 : description methodology : methodology for structuring parts families

    工業自動化系統與集成零件庫第42部分:描述方法學:構造零件族的方法學
  11. Intense competition forced enterprises to adopt advanced technology to enhance their ability of product development, in this circumstance, concurrent engineering, virtual enterprise is put forward. a method of product configuration based on product model and part family, and utilizing knowledge - base and rule - base is proposed. after building product model and implement of classification of parts, we finish product configuration through two phase search

    針對這種現實在產品配置模塊設計中提出了基於產品模型和零部件族、應用知識d碩士學位論文四示示y川uir 』 slffe 「庫和規則庫的產品配置的方法，其關鍵是在建立產品模型和實現零部件的分族管理的基礎上，通過兩個階段的搜索匹配（第一階段是在產品模型上的搜索和匹配，得到相應的構件，第二階段是針對零部件族的搜索匹配）得到最終的配置零部件。
  12. This system use the data of pipe extracted from tribon diagram to produce bend tables, and bring into part manufacturing drawing with interactive mode. using the principle of group technology and the method of flexible coding to produce pipe codes, and bring into manufacturing lists, so pipe group manufacturing is realized

    本系統就利用從tribon中提取的管系圖形數據，導入工藝生成系統，生成彎曲表，結合交互方式生成管系加工所需的零件加工圖；採用成組技術原理以及柔性編碼方法對管子進行編碼，生成加工明細表，實現管件族製造。
  13. In order to determine the product platform and modularize for product family design, the quantified design structure matrix ( dsm ) is constructed based on the functional and structural interface relations analysis, which is aimed at the commonality and replaceable characteristics of product family, then the relations information is handled and sensitivity analysis is applied

    摘要為解決產品族設計中的模塊化和核心平臺的確定問題，本文針對產品族的產品相似性和零部件的可替換性等特點，從功能和結構兩個層次進行界面關聯並構建量化的設計結構矩陣，然後進行信息處理和部件的敏感性分析。
  14. A prototype of asp service center is put forward for users. all the results of the paper have given good contribution to the theory of asp. they will be much helpful to the application of asp to the enterprises in cina

    本文中有關asp服務模式的研究、相似零件族根和數據模型的研究與開發、圖庫的建立和圖庫檢索引擎的開發，豐富了asp服務模式的理論技術研究，為asp在中國的推廣作出了有益的探索和嘗試。
  15. According to mass customization theory, the thought is put forward that building up cross - enterprises part family utilizing great group technology and then offering basic element for establishing product family to lower the difficulty of mass customization hereby, part family great group shared platform oriented to mass customization is presented

    摘要結合大規模定製的原理，提出了利用大成組技術構建跨行業零件族，為構建可配置的產品族提供基本元素以降低大規模定製門檻的思想。
  16. Based on the philosophy of gt ( group technology ), cms abstracts technology information and shop ' s resource information so as to obtain two principle components : machine groups and part families by which manufacturing cells can be founded, and then group scheduling and shop configuration are implemented

    基於成組技術的哲理，單元式製造系統提取工藝信息和製造資源信息以獲得形成製造單元的兩個基本組成部分：設備組和零件族，並在此基礎上進行成組調度和車間規劃。
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