A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Grooving pipe laying device
The invention relates to a grooving pipe laying device. The grooving pipe laying device comprises a bottom frame, a pipe clamping device, a tunneling device, a bucket type lifting device and a scraper, wherein the pipe clamping device is arranged behind the bottom frame and used for clamping a pipeline, and a thrust cylinder is arranged between the pipe clamping device and the bottom frame; the tunneling device is arranged in front of the bottom frame and used for tunneling forwards; the tunneling device is provided with a residue storage groove, an opening of the residue storage groove faces upwards, and the residue storage groove is used for storing residue soil cut by the tunneling device; the bucket type lifting device is arranged in the vertical direction, the lower end of the bucket type lifting device is located in the residue storage groove, the bucket type lifting device is provided with a lifting bucket, the lifting bucket is used for lifting the residue soil in the residue storage groove upwards, and a residue outlet in the upper end of the bucket type lifting device is located in one side of a groove or above the groove; and the scraper is used for scraping a soil layer above the tunneling device when moving in the vertical direction. By additionally arranging the bucket type lifting device, the residue soil is conveyed to the ground in the vertical direction and discharged into the groove or one side of the groove, and the problem that the residue discharging efficiency of the tail is low when the pipeline is laid for a long distance is solved.
本发明涉及一种切槽铺管设备。切槽铺管设备，包括：底架；夹管装置，设置在底架的后方，用于夹紧管道，夹管装置和底架之间设有推进油缸；掘进装置，设置在底架的前方，用于向前掘进；所述掘进装置具有储渣槽，储渣槽的开口朝上，储渣槽用于储存掘进装置切削的渣土；还包括：斗式提升装置，沿竖直方向布置，斗式提升装置的下端处于所述储渣槽内，斗式提升装置具有提升斗，提升斗用于将储渣槽内的渣土向上提升，斗式提升装置上端的出渣口处于沟槽的一侧或上方；刮刀，用于在上下方向运动时刮削掘进装置上方的土层。通过增加斗式提升装置，使得渣土沿竖直方向送至地面，并排至沟槽内或沟槽一侧，解决了长距离铺设管道时尾部排渣效率低的问题。
Grooving pipe laying device
The invention relates to a grooving pipe laying device. The grooving pipe laying device comprises a bottom frame, a pipe clamping device, a tunneling device, a bucket type lifting device and a scraper, wherein the pipe clamping device is arranged behind the bottom frame and used for clamping a pipeline, and a thrust cylinder is arranged between the pipe clamping device and the bottom frame; the tunneling device is arranged in front of the bottom frame and used for tunneling forwards; the tunneling device is provided with a residue storage groove, an opening of the residue storage groove faces upwards, and the residue storage groove is used for storing residue soil cut by the tunneling device; the bucket type lifting device is arranged in the vertical direction, the lower end of the bucket type lifting device is located in the residue storage groove, the bucket type lifting device is provided with a lifting bucket, the lifting bucket is used for lifting the residue soil in the residue storage groove upwards, and a residue outlet in the upper end of the bucket type lifting device is located in one side of a groove or above the groove; and the scraper is used for scraping a soil layer above the tunneling device when moving in the vertical direction. By additionally arranging the bucket type lifting device, the residue soil is conveyed to the ground in the vertical direction and discharged into the groove or one side of the groove, and the problem that the residue discharging efficiency of the tail is low when the pipeline is laid for a long distance is solved.
本发明涉及一种切槽铺管设备。切槽铺管设备，包括：底架；夹管装置，设置在底架的后方，用于夹紧管道，夹管装置和底架之间设有推进油缸；掘进装置，设置在底架的前方，用于向前掘进；所述掘进装置具有储渣槽，储渣槽的开口朝上，储渣槽用于储存掘进装置切削的渣土；还包括：斗式提升装置，沿竖直方向布置，斗式提升装置的下端处于所述储渣槽内，斗式提升装置具有提升斗，提升斗用于将储渣槽内的渣土向上提升，斗式提升装置上端的出渣口处于沟槽的一侧或上方；刮刀，用于在上下方向运动时刮削掘进装置上方的土层。通过增加斗式提升装置，使得渣土沿竖直方向送至地面，并排至沟槽内或沟槽一侧，解决了长距离铺设管道时尾部排渣效率低的问题。
Grooving pipe laying device
一种切槽铺管设备
JIANG PENGPENG (author) / WAN GUOWEI (author) / SUN YINGJIE (author) / FAN LEI (author) / YUAN ZHENG (author) / YAN YANGYI (author) / FENG MENG (author)
2021-09-14
Patent
Electronic Resource
Chinese
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