A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Preparation method of pavement epoxy sealing layer with mechanoluminescence property
The invention belongs to the field of road materials, and discloses a preparation method of a pavement epoxy sealing layer with mechanoluminescence performance, an epoxy sealing layer technology is adopted, a mechanoluminescence material is directly applied to the epoxy sealing layer, the requirements of a mechanoluminescence pavement on raw materials and a construction process are greatly reduced, and the construction cost is reduced. Meanwhile, the pavement performance of the luminous pavement is considered. According to the invention, the driving load in the road driving process can be reflected, the driving state of the vehicle is sensed, the behavior of the vehicle is judged, and the sensed information is used as an information source of the vehicle-road cooperation technology; due to the fact that the technology combining the epoxy layering technology and the mechanoluminescent material is adopted, the construction technology is simple, the service life of the mechanoluminescent material is greatly prolonged, and good economical efficiency is achieved; meanwhile, the mechanoluminescent powder is dispersed in the epoxy resin, and a layer of gravel is also arranged on the surface to serve as a wear-resistant layer, so that excellent long-term effectiveness is achieved.
本发明属于道路材料领域，公开了一种具有力致发光性能的路面环氧封层的制备方法，本发明采用环氧封层的技术，直接将力致发光材料应用于环氧封层中，大大降低了力致发光路面对于原材料和施工工艺的需求，同时兼顾了发光路面的路用性能。本发明能够反映出路面行使过程中的行车荷载，感知车辆行使状态，判断车辆行为，将感知到的信息作为车路协同技术的信息源；并且由于采用了环氧分层技术与力致发光材料相结合的技术，其施工工艺简单，力致发光材料的使用寿命大大增强，具有较好的经济性；同时力致发光粉末分散在环氧树脂中，表面还有一层碎石作为耐磨层，具有优良的长效性。
Preparation method of pavement epoxy sealing layer with mechanoluminescence property
The invention belongs to the field of road materials, and discloses a preparation method of a pavement epoxy sealing layer with mechanoluminescence performance, an epoxy sealing layer technology is adopted, a mechanoluminescence material is directly applied to the epoxy sealing layer, the requirements of a mechanoluminescence pavement on raw materials and a construction process are greatly reduced, and the construction cost is reduced. Meanwhile, the pavement performance of the luminous pavement is considered. According to the invention, the driving load in the road driving process can be reflected, the driving state of the vehicle is sensed, the behavior of the vehicle is judged, and the sensed information is used as an information source of the vehicle-road cooperation technology; due to the fact that the technology combining the epoxy layering technology and the mechanoluminescent material is adopted, the construction technology is simple, the service life of the mechanoluminescent material is greatly prolonged, and good economical efficiency is achieved; meanwhile, the mechanoluminescent powder is dispersed in the epoxy resin, and a layer of gravel is also arranged on the surface to serve as a wear-resistant layer, so that excellent long-term effectiveness is achieved.
本发明属于道路材料领域，公开了一种具有力致发光性能的路面环氧封层的制备方法，本发明采用环氧封层的技术，直接将力致发光材料应用于环氧封层中，大大降低了力致发光路面对于原材料和施工工艺的需求，同时兼顾了发光路面的路用性能。本发明能够反映出路面行使过程中的行车荷载，感知车辆行使状态，判断车辆行为，将感知到的信息作为车路协同技术的信息源；并且由于采用了环氧分层技术与力致发光材料相结合的技术，其施工工艺简单，力致发光材料的使用寿命大大增强，具有较好的经济性；同时力致发光粉末分散在环氧树脂中，表面还有一层碎石作为耐磨层，具有优良的长效性。
Preparation method of pavement epoxy sealing layer with mechanoluminescence property
一种具有力致发光性能的路面环氧封层的制备方法
WU YONGCHANG (author) / LIU YIMIN (author) / CHEN HUAXIN (author) / QIU HEPING (author) / YAO YUJIN (author) / CHEN SONG (author)
2022-12-30
Patent
Electronic Resource
Chinese
Preparation method of pavement epoxy coating with mechanoluminescence performance
| European Patent Office | 2023
Mechanoluminescence-based light-transmitting cement and preparation method thereof
| European Patent Office | 2020
Pavement tail gas degradation fog sealing layer material and preparation method thereof
| European Patent Office | 2015
Preparation and Mechanism of Mechanoluminescence Materials with Spinel Structure
| British Library Online Contents | 2002
Mechanoluminescence Phenomenon of Niobates
| British Library Online Contents | 2004