Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
SUSTAINABLE LAMINATED CONNECTED GREENING MATERIAL
To provide mobile and sustainable laminated connected greening materials in which naturally derived materials that can be returned to the agricultural land at the time of disposal of greening materials are used.SOLUTION: The sustainable laminated connected greening material of the present invention is composed of a three-element laminated structure. First, the lower layer that is contact-arranged in a plane substantially parallel to the installation surface is composed of a plant-derived support board whose material is a biomass, such as wood chips and plant stems, and which is joined with a binder, an adhesive that can be naturally circulated from nature; the middle layer is composed of a growing mat with a skeleton body in which biomass plant fibers and the like are entangled and have a large void ratio; the upper layer with floor soil is composed of a lawn mat of natural lawn; and a sustainable laminated connected greening material is composed of a laminated body in which at least the laminated contact surfaces of the lower layer and the middle layer are joined and connected with a naturally derived binder, and thereby it can be circulated and returned to the agricultural land at the time of disposal.SELECTED DRAWING: Figure 1
【課題】緑化資材の廃棄時に、農地に還元できる自然由来の素材を使用した移動式のサステーナブルな積層連結緑化資材を提供する。【解決手段】サステーナブルな積層連結緑化資材を３要素の積層構造で構成する。まず、設置面に略平行な面内に接触配置される下層を、例えば素材がウッドチップや植物の茎材等のバイオマスで、それらを自然由来の自然循環できる接着剤であるバインダーで接合した植物由来の支持ボードで構成し、中層をバイオマスの植物繊維等が絡み合い空隙率が大きい骨格体での育成マットで構成し、床土を有する上層の天然芝生の芝生マットで構成し、少なくとも下層と中層の積層接触面を自然由来のバインダーで接合連結した積層体で、サステーナブルな積層連結緑化資材を構成することにより、廃棄時に農地に循環、還元できる。【選択図】図１
SUSTAINABLE LAMINATED CONNECTED GREENING MATERIAL
To provide mobile and sustainable laminated connected greening materials in which naturally derived materials that can be returned to the agricultural land at the time of disposal of greening materials are used.SOLUTION: The sustainable laminated connected greening material of the present invention is composed of a three-element laminated structure. First, the lower layer that is contact-arranged in a plane substantially parallel to the installation surface is composed of a plant-derived support board whose material is a biomass, such as wood chips and plant stems, and which is joined with a binder, an adhesive that can be naturally circulated from nature; the middle layer is composed of a growing mat with a skeleton body in which biomass plant fibers and the like are entangled and have a large void ratio; the upper layer with floor soil is composed of a lawn mat of natural lawn; and a sustainable laminated connected greening material is composed of a laminated body in which at least the laminated contact surfaces of the lower layer and the middle layer are joined and connected with a naturally derived binder, and thereby it can be circulated and returned to the agricultural land at the time of disposal.SELECTED DRAWING: Figure 1
【課題】緑化資材の廃棄時に、農地に還元できる自然由来の素材を使用した移動式のサステーナブルな積層連結緑化資材を提供する。【解決手段】サステーナブルな積層連結緑化資材を３要素の積層構造で構成する。まず、設置面に略平行な面内に接触配置される下層を、例えば素材がウッドチップや植物の茎材等のバイオマスで、それらを自然由来の自然循環できる接着剤であるバインダーで接合した植物由来の支持ボードで構成し、中層をバイオマスの植物繊維等が絡み合い空隙率が大きい骨格体での育成マットで構成し、床土を有する上層の天然芝生の芝生マットで構成し、少なくとも下層と中層の積層接触面を自然由来のバインダーで接合連結した積層体で、サステーナブルな積層連結緑化資材を構成することにより、廃棄時に農地に循環、還元できる。【選択図】図１
SUSTAINABLE LAMINATED CONNECTED GREENING MATERIAL
サステーナブルな積層連結緑化資材
SAHO NORIHIDE (Autor:in) / ONO MIZUE (Autor:in) / SAHO HIDEKIRI (Autor:in)
19.04.2022
Patent
Elektronische Ressource
Japanisch
Concrete-The Sustainable 21st Century Greening Infrastructure Material
| British Library Conference Proceedings | 2009