"Digital Factory&qu要美ot; technology and system for 頻們manufacturers and suppliers to provide 外農a manufacturing process information又到 platform to enable 木人enterprises to the entire manufacturing內理 process design planning, simula東鐵tion and managem也很ent, and manufactu離是ring information 唱熱and the relevant departme雪區nts in a timely 廠中manner , Supplier s照光haring, in orde睡報r to achieve virtual manufacturing and 我姐concurrent engi外很neering, to ens習銀ure the smooth pr遠爸ogress of production.

　　In the automotive ind坐服ustry, digital factory is 店學playing an important role. The shift水紙 from product design to m吃內anufacturing is on綠什e of the most critical steps in the熱風 automotive development process.慢算 The "digit刀在al plant" pla她科nning system enab紅體les detailed design pl在錢anning and validation to antic開資ipate all manufacturing 了但tasks while improving quality while 朋金reducing design time, Thus acceleratin多花g the vehicle development cy業新cle; and can also eliminate wa人話ste and reduce the num商女ber of resources r為有equired to complete a task. In ad是輛dition, the "digital fa工快ctory" planning system throu又懂gh a unified dat那從a platform to achieve O票兒EM plant, production line suppliers, 動遠fixture suppliers and other con醫章current engineering.

 1. Comprehensive manufa雪器cturing process management司樂

"Digital F計北actory" provides a com時村prehensive manufacturing proces舞書s management, in the a件紙ctual production be黑東fore the computer simulatio金為n of the environment 兵的to complete all the virt媽時ual production process, ge議制nerated after the "購山digital factory&q他跳uot; verified, the 雜行actual productio報輛n of the necessary proces高樂s data and Documentation.

 2. Workflow

Workflow shown in Figure 可唱2, respectively, the fo木章llowing details:

(1) to obtain produ小是ct data from the design departme開也nt:

Through the syst務地em integration, from t能場he design departmen事還t of the PDM sy姐機stem automatically downlo間黃ad product-related data, including 3行跳D models, assembly relationships, a報城nd in the "digital factory"新話; environment for process review, to黃的lerance analysis.

(2) Obtain resour車拍ce data (2D / 3D) from too資年ling tools and production department:

Through the system inte綠明gration, from the快上 enterprise reso東村urce library automatically downl飛就oad the relevant resource data; in t內事he "digital fa區歌ctory" environ間相ment to establis信請h the relevant project resource li站物brary.

(3) process planning:

In the "digital factory&校匠quot; planning module for collaborative好身 planning or import pr件行ocess sector has pro老電cess information. Process planning, inc微子luding: the tota章中l process plan, details of海關 the process pl件東an, production plans and products,花玩 processes, resources an雜視d working hours associated w厭放ith process info書南rmation.

(4) process validation, simulat員員ion:

Verify the planning results我輛 in the "Digital Plant&q風現uot; engineering module. Process v煙身erification, dynamic assembly, s制關tation layout verification,紙綠 line balance, time analysis風謝, ergonomic sim用窗ulation, plant layout, logist放會ics simulation, robot sim紙車ulation, NC simulation, stamping simul慢道ation, PLC simulation and車生 quality inspection.

(5) Customized output工友:

Through the system integration and cust木內omization developmen黃姐t, the output process execu上睡tion file; through system integration a高廠nd custom development, 能照output production, procurement, bidding議窗, maintenance, training a東一nd other information or data tran外弟smission to the existing CAPP 南鐵system.

 3. Planning model

The entire process has always invol歌關ved the automotive OEMs a們小nd production line suppliers舊花, which requires companies to use the學小 same platform t湖唱o ensure the reali離媽zation of concurrent engineering and u的商nified data specifications, i數視n order to achieve pa要西rallel factories. Th快樂e "digital fact時森ory" solutions used by different g門線lobal automotiv慢多e planning systems (U美書S, European, Japanese, et紙為c.) have different modes and lo月制calization characterist喝紙ics due to the different modes of coop是現eration, contro務農l and balance.