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The core entering large-sized compound structure by vacuum utilization resin portable formation modulo

机译:利用真空利用树脂的便携模量法进入大型复合结构的芯

摘要

(57) Abstract The large-sized compound structure is made by vacuum utilization resin portable formation modulo. The hollow electrolysis cell or the core of foaming block (12) has entered in the structure. In order multiple cores which it can be wrapped in order to form surface formation, the resin material (20,22,24) the mold face which is laid out (29) to on, the textile materials (20,22,24) by (12) to form formation, it is arrayed. The assembly body to be covered the vacuum bag (30), die (29) sealing to the surface. 1 or the main feed above that (14), communicating to the resin distributing network which is smaller than that, it is disposed, not yet hardening resin inflow the resin material (20,22,24) to, it makes that it permeates easy. The resin distributing network the mold face or the core (12) and/or the core (12) the channel where it was formed to the round corner inside (14) has the network which consists of. Of a more network thinner channel, the vacuum bag (30) with the textile materials (20,22,24) to between, as one unit, or through the media for other another distribution to the vacuum bag, furthermore it is laid out. The resin which is introduced under the vacuum, the main supply path (14) with, moves through network of a thinner channel relatively fast. The textile materials (20,22,24) to you see and are packed, the core (12) after reaching to the surface, resin again the core (12) turning, the core (12) the channel in (14) or moves to the space where it is formed to the round corner section relatively fast, when the core (12) the textile materials (20,22,24) it is between, sees to that and is packed, in addition the core (12) with die (29) with sees to the textile materials between and is packed.
机译:(57)<摘要>大型复合结构是通过真空利用树脂的便携式成型模制成的。中空的电解槽或发泡块(12)的芯已进入结构。为了可以包绕多个芯以形成表面,将树脂材料(20、22、24)布置在模具表面(29)之上,将纺织材料(20、22、24)通过(12)形成排列,将其排列。被真空袋(30)覆盖的组件主体,密封到表面的模具(29)。如图1或图14所示的主进料(14),与小于该主进料的树脂分配网络连通,树脂未硬化而流入树脂材料(20、22、24)的树脂分配网容易渗透。 。树脂分配网在模具面或型芯(12)和/或型芯(12)的形成通道的内部到圆角内部(14)具有由其组成的网。在网络更细的通道中,具有织物材料(20、22、24)的真空袋(30)作为一个单元或通过介质以其他方式另一种分布到真空袋之间,并且被布置。在真空下引入的树脂,即主供应通道(14),通过较细通道的网络相对较快地移动。您看到并包装的纺织材料(20、22、24),到达表面后的纤芯(12),再次树脂化纤芯(12)转动,纤芯(12)进入(14)中的通道或移动相对于形成在圆角部分上的空间相对较快,当芯子(12)位于其间的纺织材料(20、22、24)看到并包装时,另外芯子(12)模具(29)用来观察和包装之间的纺织材料。

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