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Dart Aerospace markets an equivalent apparatus under the name Cable Cutter System. [10] Cable cutting systems to protect helicopters have been developed by other manufacturers, including MD Helicopters (1981), [11] Custom Air (1987), [12] Airbus Helicopters (2008 [13] and 2011), [14] and Bell Helicopter (2014). [15] Another invention aims to ...
A wire catcher consists of a strip of angle iron bolted upright to the forward bumper of a jeep. [1] [2] [3] "It extends above the heads of those riding in the jeep, and is notched a few inches from the top so that any wire extending across the road will be caught and snipped."
Diagonal pliers (also known as wire cutters or diagonal cutting pliers, or under many regional names) are pliers intended for the cutting of wire or small stock, rather than grabbing or turning. The plane defined by the cutting edges of the jaws intersects the joint rivet at an angle or "on a diagonal", giving pliers their name.
Armoured personnel carrier: V-150: 18: Delivery starting 1975, [4] at least 18 known in service [5] and 12 refurbished in 2007. [6] LAV-300 United States: Armored personnel carrier & Fire Support Vehicle: V-300 APC
A rotary cutter is a tool generally used by quilters to cut fabric.It consists of a handle with a circular blade that rotates, thus the tool's name. Rotary cutter blades are very sharp, can be resharpened, and are available in different sizes: usually smaller blades are used to cut small curves, while larger blades are used to cut to straight lines and broad curves.
DWC is also practical and less expensive than some other cutting techniques, for example, thin diamond wire cost around 10-20 cents per foot ($0.7/m) in 2005 for 140 to 500 micrometer diameter wire, to manufacture and sells around $1.25 a foot ($4.10/m) or more, compared to solid diamond impregnated blade cutters costing thousands of dollars.
The cutters depicted in the image, being made of tungsten carbide, can withstand and operate at these elevated speeds. This allows them to function at higher velocities compared to equivalent "HSS" ( High-Speed Steel ) cutters, all the while retaining the sharpness of their cutting edges.
Only certain sites on the blade acted as diodes, so the soldier moved the pencil lead around on the surface until the radio station was heard in the earphones. Another detector design was a battery carbon resting across the edges of two vertical razor blades, based on the 1879 "microphone" detector of David Edward Hughes. [2] [7]