A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Targeted concrete and rubber separation platform
The invention relates to a targeted concrete rubber separation platform which comprises a plurality of tire mark removing mechanisms which are arranged on the side faces of a plurality of entity runway blocks corresponding to a plurality of sub-areas respectively, and each tire mark removing mechanism is used for completing runway rubber removing action on the corresponding entity runway block when receiving a spraying starting request; and each tire mark removing mechanism is a high-pressure liquid spraying mechanism; and the platform further comprises signal sending mechanism which is used for selecting the tire mark removing mechanism on the side face of the corresponding entity runway block based on the area number corresponding to each first type sub-area, and sending a spraying starting request to each selected tire mark removing mechanism at the same time. The targeted concrete and rubber separation platform is intelligent in operation and saves energy. Due to the fact that a high-pressure liquid injection mode can be adopted for only executing runway concrete and rubber separation operation on runway blocks with large tire marks, the dynamic balance between the tire mark removing effect and removing resource saving is achieved.
本发明涉及一种针对性混凝土橡胶分离平台，包括：多个胎印清除机构，分别设置在多个子区域对应的多个实体跑道分块的侧面，每一个胎印清除机构用于在接收到喷射启动请求时完成对其对应的实体跑道分块的跑道除胶动作；每一个胎印清除机构为高压液体喷射机构；信号发送机构，用于基于每一个第一类型子区域对应的区域编号选择对应的实体跑道分块侧面的胎印清除机构，并向各个选择的胎印清除机构同时发送喷射启动请求。本发明的针对性混凝土橡胶分离平台操作智能、节省能源。由于能够采用高压液体喷射模式仅仅对较大胎印的跑道分块执行跑道混凝土和橡胶的分离操作，从而在胎印清除效果和节省清除资源之间达到动态平衡。
Targeted concrete and rubber separation platform
The invention relates to a targeted concrete rubber separation platform which comprises a plurality of tire mark removing mechanisms which are arranged on the side faces of a plurality of entity runway blocks corresponding to a plurality of sub-areas respectively, and each tire mark removing mechanism is used for completing runway rubber removing action on the corresponding entity runway block when receiving a spraying starting request; and each tire mark removing mechanism is a high-pressure liquid spraying mechanism; and the platform further comprises signal sending mechanism which is used for selecting the tire mark removing mechanism on the side face of the corresponding entity runway block based on the area number corresponding to each first type sub-area, and sending a spraying starting request to each selected tire mark removing mechanism at the same time. The targeted concrete and rubber separation platform is intelligent in operation and saves energy. Due to the fact that a high-pressure liquid injection mode can be adopted for only executing runway concrete and rubber separation operation on runway blocks with large tire marks, the dynamic balance between the tire mark removing effect and removing resource saving is achieved.
本发明涉及一种针对性混凝土橡胶分离平台，包括：多个胎印清除机构，分别设置在多个子区域对应的多个实体跑道分块的侧面，每一个胎印清除机构用于在接收到喷射启动请求时完成对其对应的实体跑道分块的跑道除胶动作；每一个胎印清除机构为高压液体喷射机构；信号发送机构，用于基于每一个第一类型子区域对应的区域编号选择对应的实体跑道分块侧面的胎印清除机构，并向各个选择的胎印清除机构同时发送喷射启动请求。本发明的针对性混凝土橡胶分离平台操作智能、节省能源。由于能够采用高压液体喷射模式仅仅对较大胎印的跑道分块执行跑道混凝土和橡胶的分离操作，从而在胎印清除效果和节省清除资源之间达到动态平衡。
Targeted concrete and rubber separation platform
针对性混凝土橡胶分离平台
PENG YAFEN (author)
2021-08-06
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