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Thermos LLC is a manufacturer of insulated food and beverage containers and other consumer products. The original company was founded in Germany in 1904. [2]In 1989, the Thermos operating companies in Japan, the UK, Canada and Australia were acquired by Nippon Sanso K.K., which had developed the world's first stainless steel vacuum bottle in 1978, [3] before it renamed itself Taiyo Nippon ...
A mug of coffee with cream. A mug is a type of cup, [1] a drinking vessel usually intended for hot drinks such as: coffee, hot chocolate, or tea. Mugs usually have handles and hold a larger amount of fluid than other types of cups such as teacups or coffee cups. Typically, a mug holds approximately 250–350 ml (8–12 US fl oz) of liquid. [2]
The Stanley thermos became known for its durability. It was the only all-steel thermos in production until the mid-1960s. [6] The United States army reportedly tested Stanley thermoses in World War I by dropping them out of airplanes and running them over with heavy equipment. [4] Stanley thermos flasks were carried by bomber pilots during ...
Glass, 200ml (7 fl. oz.) Australian beer glass (Queensland and Victoria) Handle, 425ml New Zealand beer glass; Jug, 750–1000ml served at pubs in New Zealand; Middy, 285ml (10 fl. oz.) Australian beer glass (New South Wales) Pilsner glass, for pale lager; Pint glass, for an imperial pint of beer or cider
There are competing theories for the origin of the name "Toby Jug". [4] Although it has been suggested that the pot is named after Sir Toby Belch in Shakespeare's play Twelfth Night, or Uncle Toby in Laurence Sterne's Tristram Shandy, the most widely accepted theory is that the original was a Yorkshireman, Henry Elwes, 'famous for drinking 2,000 gallons of strong stingo beer from his silver ...
A vacuum flask (also known as a Dewar flask, Dewar bottle or thermos) is an insulating storage vessel that slows the speed at which its contents change in temperature. It greatly lengthens the time over which its contents remain hotter or cooler than the flask's surroundings by trying to be as adiabatic as possible.