【文章內(nèi)容簡介】 the data, removing small features and parts to make it more unlike many other systems, you can actually perform a lot of work with this facetted can section it, measure it accurately(as it can intelligently load the brep model that’s stored in the JT format alongside the facet data)but you can also conduct some Digital MockUp processes that would typically require a separate , UGS has integrated Digital MockUp tools to handle things like large scale visualisation, realtime rendering, Dynamic Clearance and Clash Detection as well as Extraction Path Planning, which allow you to find out if ponents can be removed from within an assembly for service and repair last feature has been part of the UGS offering as Teamcenter Visualisation for some time, but this is the first time it’s been integrated into Interface Publishing Another addition to the NX 5 release which I find intriguing is the ability to publish(in terms of data management)product interface features – so let’s explore the you have a team working on a product development product, it’s often the case that you have core features within each part or subassembly that are used to interface, assemble, mount or attach that part to , the rest of the part might be in a state of flux in terms of geometry changes, but what you really need to do is to be able to manage and resolve those interface issues as the product is Interface Publishing assists with this defining faces, features or other geometric features within your parts which are used as the interface to other parts, you can publish this information within Teamcenter so that users working on related parts or subassemblies are aware of design changes made to those critical means you get the usual notifications of mods, and revision controls those features , you have the ability to use those core features and lock any assembly mating work to just use those means that parts have to be mounted in the way you require, which removes a massive potential for these days of contract engineers, who may not have higherlevel understanding of your products, this is pretty bloody Interfaces are stored within the part tree and are immediately , because you’re building this information into the core of your product, you can use that for queries by running ‘where used’ searches and the like, so the effects of modification of those critical features can be investigated with ease – something that you typically couldn’t do to at such a granular ：第四篇：肥皂盒塑料模具設計說明書肥皂盒設計說明書班級：姓名：學號：模具143肥皂盒設計說明書項目一肥皂盒蓋注射模具設計與制造（兩板模）任務11：接受任務書 成型塑件任務書成型塑件任務書由設計者提出內(nèi)容如下：（1）經(jīng)過審簽正規(guī)的塑件產(chǎn)品圖紙，并注明塑件的牌號、透明度等。（2）塑件說明書或技術要求。（3）生產(chǎn)批量。（4）塑件樣品。肥皂盒設計說明書圖1 產(chǎn)品圖圖2產(chǎn)品實物圖肥皂盒設計說明書模具設計任務書 訂貨單位地址 常州市新北區(qū)18號 常州華威模具公司 常州市新北區(qū)18號 肥皂盒蓋 PC ～% 白色 g ㎝178。 250㎝179。 1800KN Φ40 350 200 Φ125 R18 Φ4 圖3 模具設計任務書構(gòu)模具交期 2015年11月1日 常州華威模具公司 100,000RMB 單分型面 2 √ 側(cè)澆口 訂貨單位其它使用單位 模具價格 模具結(jié)構(gòu)形式 每模穴數(shù) 分模面 推桿 訂貨單位名稱 交貨地點 名稱 提供條件 制品使用材料名稱 成型收縮率 色調(diào) 透明性 色別 制品單件重量 制品投影面積 注塑機制造商 注射量 鎖模力 模頂出方式推板（型芯外）推管 壓縮空氣 并用 注塑機 具 主流道 其它 方式 形式 噴嘴方式 型式 導杠間距 橫向 縱向 要頂出孔孔徑 模具厚度 最大 最小 結(jié)澆口 側(cè)向分型抽芯 種類、位置 形狀、尺寸 種類 脫模方式 定位孔孔徑 噴嘴孔徑 噴嘴圓弧 加熱冷卻方式 有無特種加工 是否電鍍 主要材料 3肥皂盒設計說明書（1）塑料品種：聚丙烯（PP）顏色：白色基本特性：聚丙烯無色、無味、無毒。外觀似聚乙烯，但比聚乙烯更透明?！M179。它不吸水，光澤好，易著色。定向拉伸后聚丙烯可制作鉸鏈，有特別高的抗彎曲、疲勞強度。聚丙烯的熔點為164～170℃，耐熱性好，能在100℃以上的溫度下進行消毒滅菌，其最高使用溫度可達到1050℃。最低使用溫度15℃，低于35℃