섬유 보강토 공법 및 상기 공법에 의한 구축물
    10.
    发明公开
    섬유 보강토 공법 및 상기 공법에 의한 구축물 无效
    使用纤维增强地面的方法和结构

    公开(公告)号:KR1020060127379A

    公开(公告)日:2006-12-12

    申请号:KR1020057017334

    申请日:2004-03-15

    摘要: A fiber-reinforced earth work method wherein a plural number of continuous fibers and sand or a sand-like material are sprayed onto a construction site to be reinforced and a construct formed thereby. That is, it is intended to provide a fiber- reinforced earth work method of producing a reinforced soil comprising a mixture of fibers and sandy soil continuously entangled therein whereby it is possible to obtain a fiber-reinforced soil, which can sustain a sufficient strength as a reinforced soil while having such a thickness as allowing normal growth of plants without using a large amount of a binder interfering the plant growth, and the cost required for constructing the fiber-reinforced soil can be reduced by using the fibers in an appropriate amount. It is also intended to provide a construct obtained by the above method which can sustain a sufficient strength as a reinforced soil while having such a thickness as allowing normal growth of plants. These objects are achieved by a fiber-reinforced earth work method comprising using a continuous soil-reinforcement device having a sandy soil transporter for transporting sandy soil and a fiber feeder for continuously feeding a plural number of fibers, and entangling the sandy soil transported by the sandy soil transporter in the fibers fed from the fiber feeder to give a mixture available as a reinforced soil, wherein 1 m3 of the sandy soil is mixed with 2.0 to 5.0 kg of the fiber and entangled therein.

    摘要翻译: 一种纤维增强土工作方法,其中将多根连续纤维和砂或砂状材料喷涂到要加强的施工现场和由此形成的构造物。 也就是说,本发明提供一种生产增强土的纤维增强土工作方法,其包括连续缠结在其中的纤维和沙土的混合物,由此可以获得纤维增强土,其可以承受足够的强度 增强土壤,同时具有允许植物正常生长而不使用大量粘合剂干扰植物生长的厚度,并且可以通过使用适当量的纤维来减少构建纤维增强土壤所需的成本。 还旨在提供通过上述方法获得的构造,其能够以具有允许植物正常生长的厚度作为增强土壤而保持足够的强度。 这些目的通过一种纤维增强土工作方法实现,该方法包括使用具有用于运输砂土的砂土运输机的连续土壤加固装置和用于连续地供给多根纤维的纤维喂料器,以及缠绕由 从纤维进料器喂入的纤维中的沙土输送器,得到作为增强土壤的混合物,其中1立方米的沙土与2.0-5.0千克纤维混合并缠结在一起。