Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses an unmanned intelligent paving equipment assembly. According to the unmanned intelligent paving equipment assembly, while hydraulic driving is set, the lower end of a driving seat is connected to the upper end of an ironing plate by adopting a compensation and precision control driving mechanism, so that the ironing paving thickness and gradient of the ironing plate is roughly adjusted through a hydraulic driving component; the compensation and precision control driving mechanism can be used for accurately compensating and accurately adjusting the ironing paving thickness and gradient of the ironing plate, so that the high-precision control and adjustment of the paving thickness and gradient is effectively improved, the paving precision is improved, and materials are saved; according to compensation adjusting mechanisms, the distance between upper connecting clamping plates and lower connecting clamping plates can be adjusted in a feedback adjusting mode, and the driving and control precision can be effectively improved; and automatic control is achieved through cams and a feedback detection mode, the control precision is high, micro-amplitude control is reliable, high-precision control can be effectively carried out according to a three-dimensional drawing, smoothness is good during control and adjustment, and the reliability of a road surface is effectively guaranteed.
本发明公开了一种无人智能摊铺设备总成，其设置液压驱动的同时，在驱动座的下端采用补偿与精度控制驱动机构连接至熨平板上端，这样，液压驱动构件能够对熨平板的熨平铺设厚度和坡度进行粗调节，补偿与精度控制驱动机构能够对熨平板的熨平铺设厚度和坡度进行精确补偿与精确调节，可有效提高摊铺厚度和坡度的高精度控制与调节，提高摊铺精度，节省材料；本发明的补偿调节机构能够以反馈调节的方式实现对上连接卡板与下连接卡板之间间距的调节，可有效提高驱动与控制精度，本发明利用凸轮以及反馈检测的方式实现自动控制，控制精度高，微幅控制可靠，可有效根据三维图纸进行高精度的控制，控制调节时，平滑性好，有效保证路面的可靠性。
The invention discloses an unmanned intelligent paving equipment assembly. According to the unmanned intelligent paving equipment assembly, while hydraulic driving is set, the lower end of a driving seat is connected to the upper end of an ironing plate by adopting a compensation and precision control driving mechanism, so that the ironing paving thickness and gradient of the ironing plate is roughly adjusted through a hydraulic driving component; the compensation and precision control driving mechanism can be used for accurately compensating and accurately adjusting the ironing paving thickness and gradient of the ironing plate, so that the high-precision control and adjustment of the paving thickness and gradient is effectively improved, the paving precision is improved, and materials are saved; according to compensation adjusting mechanisms, the distance between upper connecting clamping plates and lower connecting clamping plates can be adjusted in a feedback adjusting mode, and the driving and control precision can be effectively improved; and automatic control is achieved through cams and a feedback detection mode, the control precision is high, micro-amplitude control is reliable, high-precision control can be effectively carried out according to a three-dimensional drawing, smoothness is good during control and adjustment, and the reliability of a road surface is effectively guaranteed.
本发明公开了一种无人智能摊铺设备总成，其设置液压驱动的同时，在驱动座的下端采用补偿与精度控制驱动机构连接至熨平板上端，这样，液压驱动构件能够对熨平板的熨平铺设厚度和坡度进行粗调节，补偿与精度控制驱动机构能够对熨平板的熨平铺设厚度和坡度进行精确补偿与精确调节，可有效提高摊铺厚度和坡度的高精度控制与调节，提高摊铺精度，节省材料；本发明的补偿调节机构能够以反馈调节的方式实现对上连接卡板与下连接卡板之间间距的调节，可有效提高驱动与控制精度，本发明利用凸轮以及反馈检测的方式实现自动控制，控制精度高，微幅控制可靠，可有效根据三维图纸进行高精度的控制，控制调节时，平滑性好，有效保证路面的可靠性。
Unmanned intelligent paving equipment assembly
一种无人智能摊铺设备总成
JI XIAOLI (Autor:in)
24.11.2020
Patent
Elektronische Ressource
Chinesisch
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