A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Road solid waste sorting and regenerating method
The invention relates to the technical field of asphalt regeneration, and discloses a road solid waste sorting and regenerating method which comprises the following steps: milling a loose asphalt pavement with serious cracks, ruts and pit slots by adopting a cold milling machine, and collecting milled asphalt waste: S1, transferring the asphalt waste into a sorting device 4 after passing through a stripping structure; s2, the sorting device sorts the asphalt waste to form fine-particle asphalt waste and coarse-particle asphalt for use, an experiment device is used for testing the optimal proportion, then the asphalt waste and GAC-20 asphalt are stirred according to the optimal proportion tested by the experiment device through a mixing device, and therefore mixed asphalt with the optimal proportion is obtained; asphalt in different places can be recycled conveniently, the number of times of adding the asphalt into the re-mixing device is greatly reduced, and the production efficiency is improved.
本发明涉及沥青再生的技术领域，公开了道路固废分选与再生方法，其中有以下步骤：采用冷铣刨机铣刨出现严重的裂缝、车辙、坑槽、松散的沥青路面，并将铣刨出的沥青废料进行收集，S1、经过剥离结构后，转移到所述分选装置4中；S2、所述分选装置分选所述沥青废料，形成细颗粒沥青废料与粗颗粒沥青用，利用实验装置首先测试出最佳的配比，再通过混料装置对按照实验装置测试出的最佳比例搅拌沥青废料与GAC‑20沥青，从而得到最佳比例的混合沥青，方便针对不同场所的沥青进行再生利用，并且大大减少了再混料装置内加入沥青的次数，提高了生产效率。
Road solid waste sorting and regenerating method
The invention relates to the technical field of asphalt regeneration, and discloses a road solid waste sorting and regenerating method which comprises the following steps: milling a loose asphalt pavement with serious cracks, ruts and pit slots by adopting a cold milling machine, and collecting milled asphalt waste: S1, transferring the asphalt waste into a sorting device 4 after passing through a stripping structure; s2, the sorting device sorts the asphalt waste to form fine-particle asphalt waste and coarse-particle asphalt for use, an experiment device is used for testing the optimal proportion, then the asphalt waste and GAC-20 asphalt are stirred according to the optimal proportion tested by the experiment device through a mixing device, and therefore mixed asphalt with the optimal proportion is obtained; asphalt in different places can be recycled conveniently, the number of times of adding the asphalt into the re-mixing device is greatly reduced, and the production efficiency is improved.
本发明涉及沥青再生的技术领域，公开了道路固废分选与再生方法，其中有以下步骤：采用冷铣刨机铣刨出现严重的裂缝、车辙、坑槽、松散的沥青路面，并将铣刨出的沥青废料进行收集，S1、经过剥离结构后，转移到所述分选装置4中；S2、所述分选装置分选所述沥青废料，形成细颗粒沥青废料与粗颗粒沥青用，利用实验装置首先测试出最佳的配比，再通过混料装置对按照实验装置测试出的最佳比例搅拌沥青废料与GAC‑20沥青，从而得到最佳比例的混合沥青，方便针对不同场所的沥青进行再生利用，并且大大减少了再混料装置内加入沥青的次数，提高了生产效率。
Road solid waste sorting and regenerating method
道路固废分选与再生方法
TU LIANGLIANG (author) / FAN LULU (author) / YIN JIANHUI (author) / JIANG JIAN (author) / BAI LONGWEI (author) / GUAN XIWEN (author) / SONG PENG (author)
2023-12-01
Patent
Electronic Resource
Chinese
IPC:
E01C
Bau von Straßen, Sportplätzen oder dgl., Decken dafür
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CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE
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