The second horizontal penetration with this disk is also cut off at the same time two rows of stones along the entire length of the face. The shaft of the saw disk follows on top of the cut stones. Stones cut off from the array fall on the shelf of the underlying, not yet elongated horizontal row, from where they are removed manually immediately after the progress of the machine. The lower rows of stones to the sole are cut off with a large disk. If your car needed a new parking sensors, you can order it here: BMW E53 parking sensor here. The upper row of stones adjacent to the roof of production, not completely cut through by vertical cuts for security reasons, is cut off from the array in the second cycle. In this case, there is a need for a special device to support and accept stone. Cut stones with disk support are turned into a guide cavity and fall on an inclined plane, paired with a machine. The procedure described above, the machine operating on cutting piece stones in the remote mate of the camera is greatly simplified when the machine is operating in the cut of the long side of the pillar in the presence of transverse failures. Transverse workings between parallel parallel galleries, forming a processed long pillar, serve as flanking arrival and output trenches. At the beginning and end of the horizontal cuts, it does not require the output of the discs from the cuts for. rearrangements of the cutting head to the level of the next penetration. In the slaughter of a large width, the productivity of the machine will be much higher, but in the conditions of the chamber system, the width of the face is limited to the size of the chamber. With the system of work by paired galleries with long pillars, the car works along the wall, cutting stones from the side plane and expanding the gallery to a possible width (7-9 m).In this case, the width of the face can be much larger than at the end of the adit, and reaches 80-100 m.
