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A platform for research: civil engineering, architecture and urbanism
Test road precast block and ABS automobile test road manufacturing method
The invention relates to a road test precast block and an ABS automobile test road manufacturing method, and the road test precast block comprises a base, a plurality of cushion blocks are laid on the top of the base, so that the base forms a test road surface precast block; the plurality of overflow nozzles are distributed in an array manner and are embedded in a gap between any two adjacent cushion blocks; the plurality of water film thickness sensors are buried in gaps between any adjacent cushion blocks, water film areas monitored by the plurality of water film thickness sensors do not cover each other, and the sum of the areas of the monitored water film areas is equal to the area of the test pavement precast block; and the controller is in signal connection with the flooding spray head and the water film thickness sensor. The test road is rapidly and efficiently manufactured, the test road quality is guaranteed, maintenance and repair are convenient, and efficiency is high; and controlling the overflow nozzle to overflow until the thickness of the water film area reaches a set water film thickness range value, thereby ensuring the stability of the adhesion coefficient of the test road.
本申请涉及一种验道路预制块及ABS汽车试验道路制造方法，其包括：基座，所述基座的顶部平铺有多块垫块，使所述基座形成试验路面预制块；多个漫水喷头，多个所述漫水喷头呈阵列分布，并埋设于任意相邻所述垫块之间的缝隙内；多个水膜厚度传感器，所述水膜厚度传感器埋设于任意相邻所述垫块之间的缝隙内，且多个所述水膜厚度传感器所监测的水膜区域互不覆盖，且所监测的水膜区域面积总和与所述试验路面预制块面积相等；控制器，所述控制器与所述漫水喷头和所述水膜厚度传感器信号连接。快速高效制作试验道路，保障试验道路质量，维护维修方便且效率高；控制漫水喷头漫水，直至该水膜区域厚度达到设定水膜厚度范围值内，保障试验道路附着系数的稳定性。
Test road precast block and ABS automobile test road manufacturing method
The invention relates to a road test precast block and an ABS automobile test road manufacturing method, and the road test precast block comprises a base, a plurality of cushion blocks are laid on the top of the base, so that the base forms a test road surface precast block; the plurality of overflow nozzles are distributed in an array manner and are embedded in a gap between any two adjacent cushion blocks; the plurality of water film thickness sensors are buried in gaps between any adjacent cushion blocks, water film areas monitored by the plurality of water film thickness sensors do not cover each other, and the sum of the areas of the monitored water film areas is equal to the area of the test pavement precast block; and the controller is in signal connection with the flooding spray head and the water film thickness sensor. The test road is rapidly and efficiently manufactured, the test road quality is guaranteed, maintenance and repair are convenient, and efficiency is high; and controlling the overflow nozzle to overflow until the thickness of the water film area reaches a set water film thickness range value, thereby ensuring the stability of the adhesion coefficient of the test road.
本申请涉及一种验道路预制块及ABS汽车试验道路制造方法，其包括：基座，所述基座的顶部平铺有多块垫块，使所述基座形成试验路面预制块；多个漫水喷头，多个所述漫水喷头呈阵列分布，并埋设于任意相邻所述垫块之间的缝隙内；多个水膜厚度传感器，所述水膜厚度传感器埋设于任意相邻所述垫块之间的缝隙内，且多个所述水膜厚度传感器所监测的水膜区域互不覆盖，且所监测的水膜区域面积总和与所述试验路面预制块面积相等；控制器，所述控制器与所述漫水喷头和所述水膜厚度传感器信号连接。快速高效制作试验道路，保障试验道路质量，维护维修方便且效率高；控制漫水喷头漫水，直至该水膜区域厚度达到设定水膜厚度范围值内，保障试验道路附着系数的稳定性。
Test road precast block and ABS automobile test road manufacturing method
一种试验道路预制块及ABS汽车试验道路制造方法
SHU JUN (author) / YANG JIANXIU (author) / WU FANJIE (author) / CUI MINGWEN (author) / ZHANG XIAN (author)
2024-08-27
Patent
Electronic Resource
Chinese
IPC:
E01C
Bau von Straßen, Sportplätzen oder dgl., Decken dafür
,
CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE
/
G01N
Untersuchen oder Analysieren von Stoffen durch Bestimmen ihrer chemischen oder physikalischen Eigenschaften
,
INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
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