Idk dude I don't understand either... I mean they got themselves stuck down there... Why can't they get themselves back up, right?
When the rescue shaft was complete, two rescue workers descended into the mine to assess the miners health and get them loaded into the elevator.
A rescue shaft was bored down to their location and they were winched up one at a time.
Miners light a fire beneath a shaft to create an updraft that helps circulate fresh air into the mine. This improves ventilation for the miners working underground by pulling out stale air and harmful gases.
1849- California Gold Rush!
My research concluded that, thanks to the knowledge of the Eagle Air Shaft by mine surveyor Joe Stella, 33 miners were able to escape through it.
Shaft mining during the Australian gold rush was developed by numerous miners who adapted techniques from various mining practices. However, it is difficult to attribute the invention of shaft mining to a single individual, as it evolved through collective knowledge and experience among the miners. The gold rush, particularly in the 1850s, saw many miners employing shaft mining methods to reach deeper gold deposits, leading to significant advancements in mining techniques during that period.
Food and water is being sent down to the miners through "umbilical cords" - tubes four inches in diameter. Obviously, anything sent in must be small enough to fit through the tube. In order to get the men out, a much wider shaft needs to be dug. Because there is fear of the mine collapsing during the drilling, great care must be taken every step of the way. This is the reason it is being estimated that it will take some four months to reach the men. An additional complication: the mine is on a geological fault, making earthquakes a danger.
Deep shaft mining is a method of extracting minerals and resources from deep underground by digging vertically downward, creating a shaft that allows miners and equipment to access the deposits. This method is commonly used for accessing resources such as coal, gold, and copper that are located deep beneath the Earth's surface.
its typically mined out from underground. miners go down shaft elevators and use mining machines to extract it and send it to the surface for processing
The two parts of a lift that go down a mine are typically referred to as the "cage" and the "skip." These are used to transport miners, equipment, and materials up and down the mine shaft. Cage: The cage is a sturdy, enclosed compartment that carries miners and materials safely up and down the mine shaft. It is often used for transporting personnel and smaller loads. Skip: The skip is a larger, open container that is used for hauling bulk materials such as ore, rock, or coal up and down the mine shaft. It is designed to handle heavier loads and is not typically used for transporting miners.
They are almost exactly the same, but with one important difference - the shaft. They both use an Aldila RIP shaft, but the one in the standard club is 65g whereas the one in the TP model is 85g, simply to accomodate higher swing speeds used by tour players.
A shaft headgear, also known as headframe or headgear, is a structure situated at the surface of a mine shaft. It supports the hoisting equipment used to lift ore, waste, and miners in and out of the mine. The design typically includes a frame or tower that houses pulleys and other mechanical components, facilitating the movement of materials. Shaft headgears are crucial for the operational efficiency and safety of underground mining operations.