A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a cement road construction method, and belongs to the field of road construction. According to the scheme, a heat guiding net is evenly heated through a plurality of electromagnetic heating blocks, heat losses in the heat guiding net are reduced through heat protection balls, heat is transmitted into a surface layer through heat conduction wires, ice on the surface of the surface layer is melted, and an aqueous solution generated after ice is melted permeates into the inner side of the base layer and is adsorbed by a water-absorbent resin in a porous connecting pipe so that the base layer is not easy to crack; and when the surface of the cushion layer is frozen, the volume of the cushion layer is compressed when the cushion layer encounters a low temperature, the interior of an expansion joint is extruded, anti-skid blocks are extruded out of the interior of the expansion joint, the friction force of the surface of the cushion layer is improved, sunlight is reflected into the anti-skid blocks through a light guide plate, heat generated by the optical heating plate and the heat guide net is transmitted to the inner sides of the cushion layer and the base layer through the heat conduction wires, the cushion layer and the base layer are cooled, and therefore damage to the cushion layer and the base layer due to cold shrinkage and thermal expansion is effectively reduced.
本发明公开了一种水泥道路施工方法，属于道路施工领域，本方案通过多个电磁发热块使得热量导向网均匀的发热，通过热量保护球减少热量导向网内的热量流失，热量通过导热丝传递至面层内，将面层表面的冰融化，冰融化后产生的水溶液渗透至基层的内侧，通过多孔连接管内的吸水树脂将其吸附，使得基层不易开裂，当垫层的表面结冰时，垫层遇到低温体积压缩，伸缩缝的内部收到挤压，使得将防滑块从伸缩缝的内部挤出，提高垫层表面的摩擦力，阳光通过导光板反射至防滑块内部，光学发热板和热量导向网产生的热量通过导热丝传递至垫层和基层的内侧，对垫层和基层进行降温，从而有效的减少垫层和基层因冷缩热张而损坏。
The invention discloses a cement road construction method, and belongs to the field of road construction. According to the scheme, a heat guiding net is evenly heated through a plurality of electromagnetic heating blocks, heat losses in the heat guiding net are reduced through heat protection balls, heat is transmitted into a surface layer through heat conduction wires, ice on the surface of the surface layer is melted, and an aqueous solution generated after ice is melted permeates into the inner side of the base layer and is adsorbed by a water-absorbent resin in a porous connecting pipe so that the base layer is not easy to crack; and when the surface of the cushion layer is frozen, the volume of the cushion layer is compressed when the cushion layer encounters a low temperature, the interior of an expansion joint is extruded, anti-skid blocks are extruded out of the interior of the expansion joint, the friction force of the surface of the cushion layer is improved, sunlight is reflected into the anti-skid blocks through a light guide plate, heat generated by the optical heating plate and the heat guide net is transmitted to the inner sides of the cushion layer and the base layer through the heat conduction wires, the cushion layer and the base layer are cooled, and therefore damage to the cushion layer and the base layer due to cold shrinkage and thermal expansion is effectively reduced.
本发明公开了一种水泥道路施工方法，属于道路施工领域，本方案通过多个电磁发热块使得热量导向网均匀的发热，通过热量保护球减少热量导向网内的热量流失，热量通过导热丝传递至面层内，将面层表面的冰融化，冰融化后产生的水溶液渗透至基层的内侧，通过多孔连接管内的吸水树脂将其吸附，使得基层不易开裂，当垫层的表面结冰时，垫层遇到低温体积压缩，伸缩缝的内部收到挤压，使得将防滑块从伸缩缝的内部挤出，提高垫层表面的摩擦力，阳光通过导光板反射至防滑块内部，光学发热板和热量导向网产生的热量通过导热丝传递至垫层和基层的内侧，对垫层和基层进行降温，从而有效的减少垫层和基层因冷缩热张而损坏。
Cement road construction method
一种水泥道路施工方法
LI SHENG (author)
2021-06-08
Patent
Electronic Resource
Chinese
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