A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a grooving device, a power machine and a grooving machine. The grooving device comprises a sliding support, a cutting support and a first lifter. The cutting support comprisesa sliding part, a cut-in part and a driving device. The sliding part is slidingly connected with the sliding support. The cut-in part is connected with the sliding part and can rotate relative to thesliding part. The driving device is arranged on the sliding part and connected with the cut-in part. The driving device is configured to drive the cut-in part to rotate relative to the sliding part. The cut-in part is configured to perform cutting through rotating. One end of the first lifter is connected with the cutting support, and the other end of the first lifter is connected with the slidingsupport. The first lifter is configured to drive the cutting support and the sliding support to slide relatively so as to control the position of the cut-in part. The grooving device is suitable forcutting, for instance, rectangular grooves required for rock breaking and pushing operation or other rectangular grooves with the depth of 5 meters or below, and the grooving device is low in energy consumption and low in grooving cost.
一种开槽装置、动力机及开槽机。该开槽装置包括：滑动支架、切割支架和第一提升器。切割支架包括滑动部、切入部和驱动装置。滑动部与滑动支架滑动连接，切入部与滑动部连接且可相对于滑动部转动，驱动装置设置在滑动部上，且与切入部连接，驱动装置被配置为驱动切入部相对于滑动部转动，切入部被配置为通过转动进行切削。第一提升器的一端与切割支架连接，第一提升器的另一端与滑动支架连接，第一提升器被配置为驱动切割支架和滑动支架相对滑动，以控制切入部的位置。该开槽装置适用于切割例如破岩顶推作业所需的矩形槽，或者其他深度在5米以内的矩形槽，并且其能耗较低，开槽成本较低。
The invention discloses a grooving device, a power machine and a grooving machine. The grooving device comprises a sliding support, a cutting support and a first lifter. The cutting support comprisesa sliding part, a cut-in part and a driving device. The sliding part is slidingly connected with the sliding support. The cut-in part is connected with the sliding part and can rotate relative to thesliding part. The driving device is arranged on the sliding part and connected with the cut-in part. The driving device is configured to drive the cut-in part to rotate relative to the sliding part. The cut-in part is configured to perform cutting through rotating. One end of the first lifter is connected with the cutting support, and the other end of the first lifter is connected with the slidingsupport. The first lifter is configured to drive the cutting support and the sliding support to slide relatively so as to control the position of the cut-in part. The grooving device is suitable forcutting, for instance, rectangular grooves required for rock breaking and pushing operation or other rectangular grooves with the depth of 5 meters or below, and the grooving device is low in energy consumption and low in grooving cost.
一种开槽装置、动力机及开槽机。该开槽装置包括：滑动支架、切割支架和第一提升器。切割支架包括滑动部、切入部和驱动装置。滑动部与滑动支架滑动连接，切入部与滑动部连接且可相对于滑动部转动，驱动装置设置在滑动部上，且与切入部连接，驱动装置被配置为驱动切入部相对于滑动部转动，切入部被配置为通过转动进行切削。第一提升器的一端与切割支架连接，第一提升器的另一端与滑动支架连接，第一提升器被配置为驱动切割支架和滑动支架相对滑动，以控制切入部的位置。该开槽装置适用于切割例如破岩顶推作业所需的矩形槽，或者其他深度在5米以内的矩形槽，并且其能耗较低，开槽成本较低。
Grooving device, power machine and grooving machine
开槽装置、动力机及开槽机
LING JIE (author)
2020-07-24
Patent
Electronic Resource
Chinese
GROOVING MACHINE AND GROOVING CONSTRUCTION METHOD THEREOF
| European Patent Office | 2020