Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a quick repairing device for roads. The quick repairing device comprises a moving base, scraper mechanisms and connecting rod mechanisms, wherein a U-shaped beam is mounted onthe top face of the moving base; material mixing mechanisms and a top-pressing mechanism; when doing a press-down action, a beating mechanism is linked with the material mixing mechanisms to ensure that tar in the material mixing mechanisms is mixed and stirred to obtain a mixture and the mixture is discharged downwards; a front group and a back group of the material mixing mechanisms are arranged; discharging mechanisms for discharging the tar materials downwards are also arranged on the two groups of material mixing mechanisms; the two scraper mechanisms are arranged; and because the beating mechanism has a thick column structure, the tar poured into cracks of the road can be tamped preferably, so that the seaming quality is improved; by adopting a linkage way, the left group and the right group of scraper mechanisms are arranged; when the scraper mechanisms operate inwards, the tar-like materials which are attached with the bottom of a beating plate due to beating of the tar can bescrapped downwards, and the phenomenon that pits are reserved on a tar connection part required for beating because of staying of adhesive materials when the tar surface is beaten again by adopting the beating plate is avoided; and the construction quality is improved.
本发明涉及一种公路快速修补装置，包括移动座、刮板机构和连杆机构，所述移动座的顶面安装有U形梁，所述U形梁的顶部安装有混料机构和顶压机构，所述拍打机构下压动作时，联动混料机构内填入的柏油混合搅拌后向下排出，所述混料机构为前后两组，两组混料机构上均还设置有将柏油物料向下排出的排料机构，所述刮板机构为两处，此拍打机构为粗柱结构，将灌入路面裂缝部的柏油更好的夯实，提高了缝合质量，采用联动的方式，设置有刮板机构，刮板机构为左右两组，向内动作时可将拍打板底部因拍打柏油粘附于底部的柏油类物料向下刮除，以防拍打板再次拍打柏油面时，因附着物的存在令拍打的柏油连接部留下凹坑，施工质量得以提高。
The invention relates to a quick repairing device for roads. The quick repairing device comprises a moving base, scraper mechanisms and connecting rod mechanisms, wherein a U-shaped beam is mounted onthe top face of the moving base; material mixing mechanisms and a top-pressing mechanism; when doing a press-down action, a beating mechanism is linked with the material mixing mechanisms to ensure that tar in the material mixing mechanisms is mixed and stirred to obtain a mixture and the mixture is discharged downwards; a front group and a back group of the material mixing mechanisms are arranged; discharging mechanisms for discharging the tar materials downwards are also arranged on the two groups of material mixing mechanisms; the two scraper mechanisms are arranged; and because the beating mechanism has a thick column structure, the tar poured into cracks of the road can be tamped preferably, so that the seaming quality is improved; by adopting a linkage way, the left group and the right group of scraper mechanisms are arranged; when the scraper mechanisms operate inwards, the tar-like materials which are attached with the bottom of a beating plate due to beating of the tar can bescrapped downwards, and the phenomenon that pits are reserved on a tar connection part required for beating because of staying of adhesive materials when the tar surface is beaten again by adopting the beating plate is avoided; and the construction quality is improved.
本发明涉及一种公路快速修补装置，包括移动座、刮板机构和连杆机构，所述移动座的顶面安装有U形梁，所述U形梁的顶部安装有混料机构和顶压机构，所述拍打机构下压动作时，联动混料机构内填入的柏油混合搅拌后向下排出，所述混料机构为前后两组，两组混料机构上均还设置有将柏油物料向下排出的排料机构，所述刮板机构为两处，此拍打机构为粗柱结构，将灌入路面裂缝部的柏油更好的夯实，提高了缝合质量，采用联动的方式，设置有刮板机构，刮板机构为左右两组，向内动作时可将拍打板底部因拍打柏油粘附于底部的柏油类物料向下刮除，以防拍打板再次拍打柏油面时，因附着物的存在令拍打的柏油连接部留下凹坑，施工质量得以提高。
Quick repairing device for roads
一种公路快速修补装置
LUO FUYING (Autor:in)
22.12.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E01C
Bau von Straßen, Sportplätzen oder dgl., Decken dafür
,
CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE
Multifunctional repairing vehicle for repairing bridges and roads
| Europäisches Patentamt | 2021
General rules for repairing roads
| UB Braunschweig | 1823
General rules for repairing roads
| TIBKAT | 1823
Methods of repairing concrete roads
| Engineering Index Backfile | 1926