carbide bit - определение. Что такое carbide bit
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Что (кто) такое carbide bit - определение

CANADIAN INVENTOR
Carbide Willson; Carbide Wilson
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Найдено результатов: 628
Carbide saw         
  • 2011 AMSAW 350PR
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  • fig.1: pivot saw with a close loop force flow
  • fig.2: Horizontal slide saw with open loop force flow
  • 1969 Metalcut 12
  • 1979 Metalcut 24 pivot bar cutoff saw
  • 1974 Metalcut 12 pivot layer saw
  • 1973 Metalcut III dual pivot saw
  • Metalcut XII-P
  • Miter Rail Saw
  • Ohler Double Column Vertical Saw with Round Ways
  • Metalcut Roller stabilizer
  • Amsaw Segmental stabilizer
  • Typical Vertical Slide Layer Machine
MACHINE TOOL USING BLADES WITH CEMENTED CARBIDE FOR CUTTING HARD MATERIALS
Carbide Saws
Carbide saws are machine tools for cutting. The saw teeth are made of cemented carbide, so that hard materials can be cut.
Bit (horse)         
  • Horse skull showing the large gap between the front teeth and the back teeth. The bit sits in this gap, and extends beyond from side to side.
TYPE OF HORSE TACK
Horse bit; Horse bits; Champing at the bit; Chomping at the bit; Horse's bit; Horsebit
The bit is an item of a horse's tack. It usually refers to the assembly of components that contacts and controls the horse's mouth, and includes the shanks, rings, cheekpads and mullen, all described here below, but it also sometimes simply refers to the mullen, the piece that fits inside the horse's mouth.
Bit-length         
NUMBER OF BINARY DIGITS (BITS), NECESSARY TO REPRESENT AN INTEGER IN THE BINARY NUMBER SYSTEM
Bit length; Bit width
Bit-length or bit width is the number of binary digits, called bits, necessary to represent an integer as a binary number. Formally, the bit-length of a natural number n>0 is a function, bitLength(n), of the binary logarithm of n:
most significant bit         
  • A diagram showing how manipulating the least significant bits of a color can have a very subtle and generally unnoticeable affect on the color. In this diagram, green is represented by its [[RGB]] value, both in decimal and in binary. The red box surrounding the last two bits illustrates the least significant bits changed in the binary representation.
CONVENTION TO IDENTIFY BIT POSITIONS
Most significant bit; Least significant bit; Least-significant bit; Most significant byte; Least significant byte; Significant bit; Bit significance; High-order bit; LSB0; MSB0; Least significant bits; Most significant bits; Bit position; Least Significant Bit; Most Significant Bit; Lsbit; Msbit; Most-significant bit; LSB 0; LSB 1; MSB 0; MSB 1; Lowest significant bit first; Most significant bit first; LSB1; MSB1; LSB-0; LSB-1; MSB-0; MSB-1; Bit naming; Bit order; Bit ordering; High bit; Low bit; Lowest bit; Highest bit; Least-significant bit first; Least significant bit first; Most-significant bit first
¦ noun Computing the bit in a binary number which is of the greatest numerical value.
Bit array         
ARRAY DATA STRUCTURE THAT COMPACTLY STORES BITS
Bit vector; Bitvector; Boolean array; Boolean vector; Bitstring; Bitset; Bit vectors; Bit string
A bit array (also known as bit map, bit set, bit string, or bit vector) is an array data structure that compactly stores bits. It can be used to implement a simple set data structure.
least significant bit         
  • A diagram showing how manipulating the least significant bits of a color can have a very subtle and generally unnoticeable affect on the color. In this diagram, green is represented by its [[RGB]] value, both in decimal and in binary. The red box surrounding the last two bits illustrates the least significant bits changed in the binary representation.
CONVENTION TO IDENTIFY BIT POSITIONS
Most significant bit; Least significant bit; Least-significant bit; Most significant byte; Least significant byte; Significant bit; Bit significance; High-order bit; LSB0; MSB0; Least significant bits; Most significant bits; Bit position; Least Significant Bit; Most Significant Bit; Lsbit; Msbit; Most-significant bit; LSB 0; LSB 1; MSB 0; MSB 1; Lowest significant bit first; Most significant bit first; LSB1; MSB1; LSB-0; LSB-1; MSB-0; MSB-1; Bit naming; Bit order; Bit ordering; High bit; Low bit; Lowest bit; Highest bit; Least-significant bit first; Least significant bit first; Most-significant bit first
<data> (LSB) Bit zero, the bit of a binary number giving the number of ones, the last or rightmost bit when the number is written in the usual way. (1995-07-13)
bit string         
ARRAY DATA STRUCTURE THAT COMPACTLY STORES BITS
Bit vector; Bitvector; Boolean array; Boolean vector; Bitstring; Bitset; Bit vectors; Bit string
<programming, data> An ordered sequence of bits. This is very similar to a bit pattern except that the term "string" suggests an arbitrary length sequence as opposed to a pre-determined length "pattern".
Most Significant Bit         
  • A diagram showing how manipulating the least significant bits of a color can have a very subtle and generally unnoticeable affect on the color. In this diagram, green is represented by its [[RGB]] value, both in decimal and in binary. The red box surrounding the last two bits illustrates the least significant bits changed in the binary representation.
CONVENTION TO IDENTIFY BIT POSITIONS
Most significant bit; Least significant bit; Least-significant bit; Most significant byte; Least significant byte; Significant bit; Bit significance; High-order bit; LSB0; MSB0; Least significant bits; Most significant bits; Bit position; Least Significant Bit; Most Significant Bit; Lsbit; Msbit; Most-significant bit; LSB 0; LSB 1; MSB 0; MSB 1; Lowest significant bit first; Most significant bit first; LSB1; MSB1; LSB-0; LSB-1; MSB-0; MSB-1; Bit naming; Bit order; Bit ordering; High bit; Low bit; Lowest bit; Highest bit; Least-significant bit first; Least significant bit first; Most-significant bit first
(MSB) Bit n-1 in an n bit binary number, the bit with the greatest weight (2^(n-1)). The first or leftmost bit when the number is written in the usual way. (1995-07-13)
BIT Numerical Mathematics         
JOURNAL
BIT Numer Math; BIT Numer. Math.; BIT (journal)
BIT Numerical Mathematics is a quarterly peer-reviewed mathematics journal that covers research in numerical analysis. It was established in 1961 by Carl Erik Fröberg and is published by Springer Science+Business Media.
high bit         
  • A diagram showing how manipulating the least significant bits of a color can have a very subtle and generally unnoticeable affect on the color. In this diagram, green is represented by its [[RGB]] value, both in decimal and in binary. The red box surrounding the last two bits illustrates the least significant bits changed in the binary representation.
CONVENTION TO IDENTIFY BIT POSITIONS
Most significant bit; Least significant bit; Least-significant bit; Most significant byte; Least significant byte; Significant bit; Bit significance; High-order bit; LSB0; MSB0; Least significant bits; Most significant bits; Bit position; Least Significant Bit; Most Significant Bit; Lsbit; Msbit; Most-significant bit; LSB 0; LSB 1; MSB 0; MSB 1; Lowest significant bit first; Most significant bit first; LSB1; MSB1; LSB-0; LSB-1; MSB-0; MSB-1; Bit naming; Bit order; Bit ordering; High bit; Low bit; Lowest bit; Highest bit; Least-significant bit first; Least significant bit first; Most-significant bit first
[high-order bit] The most significant bit in a byte. See also meta bit, hobbit, dread high bit disease. [Jargon File]

Википедия

Thomas Willson

Thomas Leopold "Carbide" Willson (March 14, 1860 – December 20, 1915) was a Canadian inventor.

He was born on a farm near Princeton, Ontario, in 1860 and went to school in Hamilton, Ontario. By the age of 21, he had designed and patented the first electric arc lamps used in Hamilton. He moved to the United States in search of opportunities to sell his ideas.

In 1892, he discovered an economically efficient process for creating calcium carbide, which is used in the production of acetylene gas. In 1895, he sold his patent to Union Carbide.

In the same year, he married Mary Parks in California and moved back to Canada. He built a house for his mother in Woodstock, Ontario in 1895. During 1900 and 1901, he moved to Ottawa and opened carbide plants both in Ontario (Merritton and Ottawa) and Quebec (Shawinigan). In 1911, he founded the International Marine Signal Company to manufacture marine buoys and lighthouse beacons.

He was the first person to own an automobile in Ottawa.

In 1907 he built a summer house on Meech Lake in what is now Gatineau Park. The house is now owned by the federal government and notable for being the site of negotiations on the Meech Lake Accord. In 1911, he began experimenting with the condensation of phosphoric acid in the manufacture of fertilizers at a mill on Meech Creek within the park. Due to this venture and running out of capital, he missed one interest payment and lost nearly all of his estate to his creditor, American tobacco king J.B. "Buck" Duke. The Meech Lake estate was then sold to Arthur Vining Davis who would go on to further Willson's enterprising effort by establishing the Quebec aluminum industry at Arvida, the name of the town being a portmanteau of his own name.

In 1915, he died of a heart attack in New York City while trying to raise funds for a hydroelectric project in Labrador. His dream was finally realized in 1974 as the Churchill Falls project. His name was given to an island on the Saguenay river, near the Shipshaw powerhouse.