Because of the pressure of the headgear
BECAUSE THE SHAFT IS 500 POINTS FROM HERE
BECAUSE THE SHAFT IS 500 POINTS FROM HERE
BECAUSE THE SHAFT IS 500 POINTS FROM HERE
The legs on a head frame slope towards the center to provide structural stability and support. This design helps distribute the weight of the head frame and the equipment it supports, reducing the risk of collapse. Additionally, the sloped legs allow for better alignment with the ground, improving overall stability and safety in mining operations. This configuration also helps manage the forces exerted by the hoisting equipment and the materials being lifted.
This is due to the tension in the cable pulling the whole frame in that direction. The sloping legs prevent the head frame from toppling or falling over.
Slope mining is a method of accessing valuable geological material, such as coal. A sloping access shaft travels downwards towards the coal seam. Slope mines differ from shaft and drift mines, which access resources by tunneling straight down or horizontally, respectively.
This is due to the tension in the cable pulling the whole frame in that direction. The sloping legs prevent the head frame from toppling or falling over. 😊
The legs of a headframe slope towards the winch to provide structural stability and support for the heavy loads associated with hoisting operations. This design helps to distribute the forces exerted during the lifting process, reducing the risk of structural failure. Additionally, the sloping legs facilitate the alignment of the hoisting equipment, allowing for smoother operation and better efficiency in transporting materials from underground.
The slope was always there
Horizontal lines always have a slope of 0.
None, if it it hangs straight.
If the line slants upward (going towards the right), then the slope is positive.