A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a roadbed filling continuous compacting machine. The roadbed filling continuous compacting machine structurally comprises a transmission main machine and a transmission pressing wheel; the transmission main machine and the transmission pressing wheel are installed and connected, the transmission main machine is composed of an upper machine frame and a lower machine frame, the upper machine frame and the lower machine frame are locked, the transmission pressing wheel comprises a pressing block structure and a pressing pad, the pressing block structure is attached to thepressing pad, and the pressing block structure comprises a single-block transmission and detection structure. According to the roadbed filling continuous compacting machine, the rolling speed of the transmission pressing wheel is sensed through a detector, soil is harder, the rolling speed is higher, so that the elasticity of a spring is larger, the impact gravity of falling pressing block on theroad surface is larger, so that the compaction density is larger, and otherwise, the soil is softer, and the striking force of the falling pressing block is heavier; the density can be increased through slow rolling of the transmission pressing wheel, the road surface with consistent compaction density is high in flatness, deviation cannot occur in the running process, in other words, the positionof a pipeline cannot deviate, the height of the transmission pressing wheel is adjusted through lifting of a wheel side frame, and the rolling compaction force of the transmission pressing wheel is further flexibly changed.
本发明公开了一种路基填筑连续压实机，其结构包括传动主机、传动压轮，传动主机与传动压轮安装连接，传动主机由上机架、下机架组成，上机架与下机架锁定，传动压轮包括压块结构、压垫，压块结构与压垫贴合，压块结构包括单块传动、测检结构，本发明通过测检器感测传动压轮的滚动速度，土质较硬滚动速度越快弹簧的弹力伸缩越大，坠压块对路面的击打重力越大则压实密度越大，反之土质较软，坠压块的击打力会较重，传动压轮的慢速滚动也能够实现密度增加，压实密度一致路面的平整度高，行驶过程不会发生偏离，即管道的位置不会发生偏离，轮侧架的升降调整传动压轮的高度，进一步灵活改变传动压轮滚动的压实力度。
The invention discloses a roadbed filling continuous compacting machine. The roadbed filling continuous compacting machine structurally comprises a transmission main machine and a transmission pressing wheel; the transmission main machine and the transmission pressing wheel are installed and connected, the transmission main machine is composed of an upper machine frame and a lower machine frame, the upper machine frame and the lower machine frame are locked, the transmission pressing wheel comprises a pressing block structure and a pressing pad, the pressing block structure is attached to thepressing pad, and the pressing block structure comprises a single-block transmission and detection structure. According to the roadbed filling continuous compacting machine, the rolling speed of the transmission pressing wheel is sensed through a detector, soil is harder, the rolling speed is higher, so that the elasticity of a spring is larger, the impact gravity of falling pressing block on theroad surface is larger, so that the compaction density is larger, and otherwise, the soil is softer, and the striking force of the falling pressing block is heavier; the density can be increased through slow rolling of the transmission pressing wheel, the road surface with consistent compaction density is high in flatness, deviation cannot occur in the running process, in other words, the positionof a pipeline cannot deviate, the height of the transmission pressing wheel is adjusted through lifting of a wheel side frame, and the rolling compaction force of the transmission pressing wheel is further flexibly changed.
本发明公开了一种路基填筑连续压实机，其结构包括传动主机、传动压轮，传动主机与传动压轮安装连接，传动主机由上机架、下机架组成，上机架与下机架锁定，传动压轮包括压块结构、压垫，压块结构与压垫贴合，压块结构包括单块传动、测检结构，本发明通过测检器感测传动压轮的滚动速度，土质较硬滚动速度越快弹簧的弹力伸缩越大，坠压块对路面的击打重力越大则压实密度越大，反之土质较软，坠压块的击打力会较重，传动压轮的慢速滚动也能够实现密度增加，压实密度一致路面的平整度高，行驶过程不会发生偏离，即管道的位置不会发生偏离，轮侧架的升降调整传动压轮的高度，进一步灵活改变传动压轮滚动的压实力度。
Roadbed filling continuous compacting machine
一种路基填筑连续压实机
JIANG LIKE (author)
2020-08-14
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Collapsible loess roadbed construction filling and compacting device and method
| European Patent Office | 2021
Expressway construction roadbed pavement compacting device
| European Patent Office | 2022