The present invention relates to a vegetation device covered with a cloth body. The vegetation device comprises a three-dimensional frame and at least a cloth body. The three-dimensional frame is assembled or integrally formed by a plurality of hard skeletons, and a receiving space is formed in the three-dimensional frame. The cloth is made of polymeric plastic for fixedly covering the outer edge of the three-dimensional frame, such that cultivation material can be placed in the receiving space. A plurality of meshes are uniformly distributed on the cloth body, and the aperture of the meshes is kept less than the particle size of the cultivation material to allow passage of tender stem or tender bud of the plant cultivated in the cultivation material, such that tender stem or tender bud grown from the plant can pass through the meshes and become adhered and grown on the cloth body, and excessive water in the cultivation material can be discharged from the meshes while retaining cultivation material with greater size in the receiving space. As such, users can place cultivation material and plant seeds in the receiving space to allow tender stem or tender bud of germinating plant seeds to pass through the meshes and become attached to the outer surface of the cloth body, growing in a uniform and thickset manner. Therefore, problems associated with conventional clay-made flowerpots containing no uniform meshes and resulting in that plant can only give off budding or stem from a single opening and inability of uniform and dense growth can be overcome.本發明係一種披覆有布體的植生裝置,該植生裝置包括一立體框架及至少一布體,該立體框架係由複數根硬質骨架一體成形或組合而成,其內形成有一容置空間,該布體係由高分子塑料製成,且披覆固定在該立體框架的外緣,使得培植材料能被置放在該容置空間中,該布體上均勻佈設有複數個網孔,該等網孔的孔徑均維持在小於該培植材料的粒徑,且能使該培植材料中培養的植物的嫩莖或嫩芽能穿過的大小,讓植物長出的嫩莖或嫩芽能穿出該等網孔而附著且生長在該布體上,且能讓培植材料中多餘的水分由該等網孔中流出,並將粒徑較大的培植材料阻擋維持在該容置空間中;如此,使用者即能在該容置空間中裝入培植材料及植物種子,讓植物種子發芽後長出的嫩莖或嫩芽自該等網孔穿出且附著在該布體的外表面,而均勻且茂密地生長,進而克服由陶土製造的傳統花盆因不具均勻網孔,導致植物僅能由其單一開口冒出枝芽或莖部,而無法均勻茂密地生長的問題。20...植生裝置21...立體框架22...布體211...硬質骨架212...容置
