Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention belongs to the technical field of pavement construction, and particularly relates to an interlayer connecting method for pavement structure layers, which specifically comprises the following steps: after construction of a lower structure layer with a relative position at the lower part in two vertically connected structure layers of a pavement is finished, digging or extruding the surface of the lower structure layer by using mechanical equipment and a tool to form a plurality of grooves; and then, when the upper structural layer with the relative position at the upper part is constructed, embedding the mixture of the upper structural layer into the groove reserved in the lower structural layer, so that the contact surfaces of the lower structural layer and the upper structural layer are mutually embedded and connected. The interlayer connecting method for the pavement structure layers is the first innovation in the interlayer inlaying industry, overcomes all technical defects in the prior art, can greatly improve the interlayer connecting force of the pavement structure layers, improves friction force and shear resistance, and is accurate in set position and clear in function. The three different grooves have different functions, are responsible for each other, and are organically combined to jointly form a structural layer embedding system.
本发明属于路面施工技术领域，具体涉及一种路面结构层的层间连接方法，具体是在路面的上下连接的两层结构层中，相对位置处于下部的下结构层施工结束后，利用机械设备和工具在下结构层表面开凿或挤压形成若干个凹槽；然后在相对位置处于上部的上结构层施工时，将上结构层的混合料嵌入下结构层留出的凹槽中，形成下结构层与上结构层接触面的互相镶嵌连接。本发明所述路面结构层的层间连接方法属于层间镶嵌行业首创，克服现有技术中存在的所有技术缺陷，能够大幅提高路面结构层的层间连接力，提高摩擦力、抗剪能力，且设置部位精准，功能清晰。三种不同的凹槽具有不同的作用，三种凹槽各负其责，又有机结合，共同组成结构层镶嵌体系。
The invention belongs to the technical field of pavement construction, and particularly relates to an interlayer connecting method for pavement structure layers, which specifically comprises the following steps: after construction of a lower structure layer with a relative position at the lower part in two vertically connected structure layers of a pavement is finished, digging or extruding the surface of the lower structure layer by using mechanical equipment and a tool to form a plurality of grooves; and then, when the upper structural layer with the relative position at the upper part is constructed, embedding the mixture of the upper structural layer into the groove reserved in the lower structural layer, so that the contact surfaces of the lower structural layer and the upper structural layer are mutually embedded and connected. The interlayer connecting method for the pavement structure layers is the first innovation in the interlayer inlaying industry, overcomes all technical defects in the prior art, can greatly improve the interlayer connecting force of the pavement structure layers, improves friction force and shear resistance, and is accurate in set position and clear in function. The three different grooves have different functions, are responsible for each other, and are organically combined to jointly form a structural layer embedding system.
本发明属于路面施工技术领域，具体涉及一种路面结构层的层间连接方法，具体是在路面的上下连接的两层结构层中，相对位置处于下部的下结构层施工结束后，利用机械设备和工具在下结构层表面开凿或挤压形成若干个凹槽；然后在相对位置处于上部的上结构层施工时，将上结构层的混合料嵌入下结构层留出的凹槽中，形成下结构层与上结构层接触面的互相镶嵌连接。本发明所述路面结构层的层间连接方法属于层间镶嵌行业首创，克服现有技术中存在的所有技术缺陷，能够大幅提高路面结构层的层间连接力，提高摩擦力、抗剪能力，且设置部位精准，功能清晰。三种不同的凹槽具有不同的作用，三种凹槽各负其责，又有机结合，共同组成结构层镶嵌体系。
Interlayer connection method for pavement structure layers
一种路面结构层的层间连接方法
20.07.2021
Patent
Elektronische Ressource
Chinesisch
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