The energy consumption model is not only suitable for visualizing the energy demand of STS cranes; it can also be used for other crane operations at container terminals (e.g. automated stacking cranes and rail cranes), and even in different type of industries where cranes are used (e.g. factories or building sites).
A Technocrane was used for a crane shot that would cover the following moment, in which the hostages are placed in buses.
Qu et al. [9] proposed an algorithm by combining ant colony algorithm with a mutation-based local search and used for a real crane metal structure optimal design.
Although the normal crane used for such overhead shots in Breaking Bad was only 30 feet tall, MacLaren rented a 180-foot-tall crane specifically for that shot.
The noun may have been derived from United States railway slang or from a hydraulic crane used for overhead work.
For one thing, the crane used for years to lower fuel into the pool was not strong enough to remove it once the fuel was put into the canister, which weighs about 100 tons when fully loaded.
What they see is a humble ship outfitted with a 35-ton yellow crane used for lifting shipwrecked boats out of the sea and an onboard hospital temporarily bereft of patients.
A conventional up-down 6m-wide shutter with wind-blind, several large vents with extractor fans for thermal control, and a 35 tonne capacity crane (used for moving the primary mirror e.g. for aluminising) are all incorporated.
Different skewing device designs are used for different types of cranes.
The tower could be assembled by the 75-ton cranes that exist at almost every building site in contrast to the back-ordered 350-ton specialty cranes used for current wind farm construction.
The output of the approach is a transformed product and process model that incorporates a set of operations and motions of cranes, which can be used for identifying spatial conflicts associated with crane operations.
