Tape Laying Unit

拟采购的系统是一台铺带机，它将借助二维丝束和胶带生产织物和预制件。与申请的UD生产单元（申请：生产单元）一样，由于计划采用混合施工方法生产部件，因此通过进一步加工不同材料寻求高度灵活性。碳纤维、玻璃纤维、玄武岩纤维、芳纶纤维和天然纤维的加工，无论是干的还是浸渍的半成品，都是必不可少的。铺丝头应能够灵活地360 °铺放胶带，以便能够轻松生产不同设计的预制件，并修改层结构和纤维取向角。此外，还应保证多层叠置。带式提升机有一个0.5米宽、1米长的可用工作台。铺设框架覆盖有织物，该织物在进一步处理期间被整合或预先被移除。这为测试混合材料和新材料组合提供了另一种可能性。该系统只需很少的编程工作和较短的学习阶段就可以生产预制件。因此，学生也应该有机会在研究项目中，经过短暂的学习阶段，独立生成机器程序和操作系统。因此，无需复杂的机器人编程的操作是必要的。随着2021年1月与奥格斯堡大学合作的MRM大楼的投入使用，研究小组HSA_comp的新项目正在计划中。该研究小组负责纤维复合材料和混合结构的整个工艺链。除了设计，计算，加工和可持续发展能力中心外，该大学在复合材料领域的能力在2020年与附属纺织技术研究所奥格斯堡一起扩大。在进一步的过程中，将提交新的资金申请，用于处理材料研究的项目，特别是在 混合结构。通过材料的适当组合，可以进一步提高结构的轻量化程度。除了经典的航空航天和汽车结构，应用领域也计划在经典的机械工程和休闲行业。特别是在金属占主导地位的领域，对混合部件-特别是纤维复合材料结构-仍然存在保留意见。由于生产单元和铺带单元的申请是链接的，并且是并行提交的，因此在两个申请中存在相同的部件。这些都在小节的开头标出。

The system to be procured is a tape laying machine that is to produce fabrics and preforms with the help of two-dimensional tows and tapes. As with the UD Production Unit applied for (application: Production Unit), due to the planned production of components from mixed construction methods, a high degree of flexibility through the further processing of different materials is sought. The processing of carbon, glass, basalt, aramid and natural fibers is necessary both as dry and as impregnated semi-finished products.The laying head should enable flexible, 360 ° placement of the tapes in order to be able to easily produce preforms with different designs and to modify the layer structure and fiber orientation angle. Furthermore, the placement of several layers on top of each other should be guaranteed.The tape hoist has a usable table area that is 0.5 m wide and 1 m long. The laying frame is covered with a fabric that is integrated during further processing or removed beforehand. This offers another possibility to test hybrid materials and new material combinations.The system should produce preforms with little programming effort and a short learning phase. Thus, students should also be given the opportunity within research projects, after a short learning phase, to independently generate machine programs and operate the system. Due to this, an operation without complex robot programming is necessary.With the commissioning of the MRM building in cooperation with the University of Augsburg in January 2021, new projects of the research group HSA_comp are planned. The research group deals with the entire process chain for fiber composite and hybrid structures. In addition to the competence centers design, calculation, processing and sustainability, the competence of the university in the field of composites was expanded in 2020 with the affiliated institute for textile technology Augsburg. In the further course of this, new funding applications are to be submitted for projects that deal with materials research, especially in the area of ​​hybrid construction. The degree of lightweight construction of structures can be further increased through the appropriate combinations of materials. In addition to classic aerospace and automotive structures, the areas of application are also planned in classic mechanical engineering and the leisure industry. Especially in areas that are dominated by metals, reservations about hybrid components - especially fiber composite structures - still exist. With the requested device, the first components can be produced quickly.Since the applications for the production unit and the tape laying unit are linked and submitted in parallel, there are identical parts in the two applications. These are marked at the beginning of the subsections.