sew with thread - перевод на русский
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  1. Словари
  2. Англо-русский словарь
  3. sew with thread

sew with thread - перевод на русский

DESIGN PATTERN FOR ACHIEVING CONCURRENCY OF EXECUTION IN A COMPUTER PROGRAM BY MAINTAINING MULTIPLE THREADS WAITING FOR TASKS TO BE ALLOCATED FOR CONCURRENT EXECUTION BY THE SUPERVISING PROGRAM
Thread pooling; Thread pool pattern; Thread-pool
  • A sample thread pool (green boxes) with waiting tasks (blue) and completed tasks (yellow)
Найдено результатов: 1993
sew with thread      
шить нитками
execution thread         
  • 400x400px
SMALLEST SEQUENCE OF PROGRAMMED INSTRUCTIONS THAT CAN BE MANAGED INDEPENDENTLY BY A SCHEDULER
Thread (computer programming); Threads (computer science); Thread (software engineering); Thread management; Thread of execution; Kernel thread; Thread(OS); Thread(computing); Thread(computer science); User thread; Thread join; Single thread; Single-thread; Single threading; Single threads; Single-threads; Single threaded; Single-threaded; Single-threading; Thread (computer science); Multithreading (software); Program thread; Multithreaded programming; Execution abstraction; CPU allocation; Execution thread; Current running thread; Thread (Computing); Software thread; Multi-threaded programming

общая лексика

поток исполнения (в NT)

single thread         
  • 400x400px
SMALLEST SEQUENCE OF PROGRAMMED INSTRUCTIONS THAT CAN BE MANAGED INDEPENDENTLY BY A SCHEDULER
Thread (computer programming); Threads (computer science); Thread (software engineering); Thread management; Thread of execution; Kernel thread; Thread(OS); Thread(computing); Thread(computer science); User thread; Thread join; Single thread; Single-thread; Single threading; Single threads; Single-threads; Single threaded; Single-threaded; Single-threading; Thread (computer science); Multithreading (software); Program thread; Multithreaded programming; Execution abstraction; CPU allocation; Execution thread; Current running thread; Thread (Computing); Software thread; Multi-threaded programming
одноходовая нитка
single thread         
  • 400x400px
SMALLEST SEQUENCE OF PROGRAMMED INSTRUCTIONS THAT CAN BE MANAGED INDEPENDENTLY BY A SCHEDULER
Thread (computer programming); Threads (computer science); Thread (software engineering); Thread management; Thread of execution; Kernel thread; Thread(OS); Thread(computing); Thread(computer science); User thread; Thread join; Single thread; Single-thread; Single threading; Single threads; Single-threads; Single threaded; Single-threaded; Single-threading; Thread (computer science); Multithreading (software); Program thread; Multithreaded programming; Execution abstraction; CPU allocation; Execution thread; Current running thread; Thread (Computing); Software thread; Multi-threaded programming

общая лексика

однозаходная резьба

left hand thread         
  • BA]] standards are discussed. The SAE series was not mentioned—at the time this edition of the ''Handbook'' was being compiled, they were either still in development or just newly introduced.
  • Variants of snug fit. Only threads with matched PDs are truly snug, axially as well as radially.
  • Different threads including metric, UNC, UNF, BSW
  • Up to four starts are labeled with different colors in this example.
  • The basic profile of all [[UTS thread]]s is the same as that of all [[ISO metric screw thread]]s. Only the commonly used values for ''D''<sub>maj</sub> and ''P'' differ between the two standards.
  • Graphic representation of formulas for the pitches of threads of screw bolts
  • ''Lead'' and ''pitch'' for two screw threads; one with one start and one with two starts
  • A table of standard sizes for machine screws as provided by the American Screw Company of Providence, Rhode Island, USA, and published in a ''Mechanical Engineers' Handbook'' of 1916. Standards seen here overlap with those found elsewhere marked as ASME and SAE standards and with the later Unified Thread Standard (UTS) of 1949 and afterward. One can see the theme of how later standards reflect a degree of continuation from earlier standards, sometimes with hints of long-ago intracompany origins. For example, compare the 6–32, 8–32, 10–24, and 10–32 options in this table with the UTS versions of those sizes, which are not identical but are so close that interchange would work.
  • The right-hand rule of screw threads
  • An example of ''M16'', ISO metric screw thread
  • Right- and left-handed screw threads
  • SAE]] standards (including screw size standards), reported in the journal ''Horseless Age'', 1916
  • The three diameters that characterize threads
HELICAL PART OF SCREW
Screwthread; Turn per inch; Thread pitch; Screw threads; Turns per inch; Thread form; Threads per inch; Tapered thread; Pitch (screw); Inch screw thread; ISO inch screw thread; Threadform; Left-handed thread; Left hand thread
левая нитка
thread pitch         
  • BA]] standards are discussed. The SAE series was not mentioned—at the time this edition of the ''Handbook'' was being compiled, they were either still in development or just newly introduced.
  • Variants of snug fit. Only threads with matched PDs are truly snug, axially as well as radially.
  • Different threads including metric, UNC, UNF, BSW
  • Up to four starts are labeled with different colors in this example.
  • The basic profile of all [[UTS thread]]s is the same as that of all [[ISO metric screw thread]]s. Only the commonly used values for ''D''<sub>maj</sub> and ''P'' differ between the two standards.
  • Graphic representation of formulas for the pitches of threads of screw bolts
  • ''Lead'' and ''pitch'' for two screw threads; one with one start and one with two starts
  • A table of standard sizes for machine screws as provided by the American Screw Company of Providence, Rhode Island, USA, and published in a ''Mechanical Engineers' Handbook'' of 1916. Standards seen here overlap with those found elsewhere marked as ASME and SAE standards and with the later Unified Thread Standard (UTS) of 1949 and afterward. One can see the theme of how later standards reflect a degree of continuation from earlier standards, sometimes with hints of long-ago intracompany origins. For example, compare the 6–32, 8–32, 10–24, and 10–32 options in this table with the UTS versions of those sizes, which are not identical but are so close that interchange would work.
  • The right-hand rule of screw threads
  • An example of ''M16'', ISO metric screw thread
  • Right- and left-handed screw threads
  • SAE]] standards (including screw size standards), reported in the journal ''Horseless Age'', 1916
  • The three diameters that characterize threads
HELICAL PART OF SCREW
Screwthread; Turn per inch; Thread pitch; Screw threads; Turns per inch; Thread form; Threads per inch; Tapered thread; Pitch (screw); Inch screw thread; ISO inch screw thread; Threadform; Left-handed thread; Left hand thread

медицина

шаг резьбы

нефтегазовая промышленность

шаг резьбы (в замке или на муфте)

threads per inch         
  • BA]] standards are discussed. The SAE series was not mentioned—at the time this edition of the ''Handbook'' was being compiled, they were either still in development or just newly introduced.
  • Variants of snug fit. Only threads with matched PDs are truly snug, axially as well as radially.
  • Different threads including metric, UNC, UNF, BSW
  • Up to four starts are labeled with different colors in this example.
  • The basic profile of all [[UTS thread]]s is the same as that of all [[ISO metric screw thread]]s. Only the commonly used values for ''D''<sub>maj</sub> and ''P'' differ between the two standards.
  • Graphic representation of formulas for the pitches of threads of screw bolts
  • ''Lead'' and ''pitch'' for two screw threads; one with one start and one with two starts
  • A table of standard sizes for machine screws as provided by the American Screw Company of Providence, Rhode Island, USA, and published in a ''Mechanical Engineers' Handbook'' of 1916. Standards seen here overlap with those found elsewhere marked as ASME and SAE standards and with the later Unified Thread Standard (UTS) of 1949 and afterward. One can see the theme of how later standards reflect a degree of continuation from earlier standards, sometimes with hints of long-ago intracompany origins. For example, compare the 6–32, 8–32, 10–24, and 10–32 options in this table with the UTS versions of those sizes, which are not identical but are so close that interchange would work.
  • The right-hand rule of screw threads
  • An example of ''M16'', ISO metric screw thread
  • Right- and left-handed screw threads
  • SAE]] standards (including screw size standards), reported in the journal ''Horseless Age'', 1916
  • The three diameters that characterize threads
HELICAL PART OF SCREW
Screwthread; Turn per inch; Thread pitch; Screw threads; Turns per inch; Thread form; Threads per inch; Tapered thread; Pitch (screw); Inch screw thread; ISO inch screw thread; Threadform; Left-handed thread; Left hand thread
число ниток резьбы на один дюйм
left-handed thread         
  • BA]] standards are discussed. The SAE series was not mentioned—at the time this edition of the ''Handbook'' was being compiled, they were either still in development or just newly introduced.
  • Variants of snug fit. Only threads with matched PDs are truly snug, axially as well as radially.
  • Different threads including metric, UNC, UNF, BSW
  • Up to four starts are labeled with different colors in this example.
  • The basic profile of all [[UTS thread]]s is the same as that of all [[ISO metric screw thread]]s. Only the commonly used values for ''D''<sub>maj</sub> and ''P'' differ between the two standards.
  • Graphic representation of formulas for the pitches of threads of screw bolts
  • ''Lead'' and ''pitch'' for two screw threads; one with one start and one with two starts
  • A table of standard sizes for machine screws as provided by the American Screw Company of Providence, Rhode Island, USA, and published in a ''Mechanical Engineers' Handbook'' of 1916. Standards seen here overlap with those found elsewhere marked as ASME and SAE standards and with the later Unified Thread Standard (UTS) of 1949 and afterward. One can see the theme of how later standards reflect a degree of continuation from earlier standards, sometimes with hints of long-ago intracompany origins. For example, compare the 6–32, 8–32, 10–24, and 10–32 options in this table with the UTS versions of those sizes, which are not identical but are so close that interchange would work.
  • The right-hand rule of screw threads
  • An example of ''M16'', ISO metric screw thread
  • Right- and left-handed screw threads
  • SAE]] standards (including screw size standards), reported in the journal ''Horseless Age'', 1916
  • The three diameters that characterize threads
HELICAL PART OF SCREW
Screwthread; Turn per inch; Thread pitch; Screw threads; Turns per inch; Thread form; Threads per inch; Tapered thread; Pitch (screw); Inch screw thread; ISO inch screw thread; Threadform; Left-handed thread; Left hand thread

общая лексика

левая резьба

screw thread         
  • BA]] standards are discussed. The SAE series was not mentioned—at the time this edition of the ''Handbook'' was being compiled, they were either still in development or just newly introduced.
  • Variants of snug fit. Only threads with matched PDs are truly snug, axially as well as radially.
  • Different threads including metric, UNC, UNF, BSW
  • Up to four starts are labeled with different colors in this example.
  • The basic profile of all [[UTS thread]]s is the same as that of all [[ISO metric screw thread]]s. Only the commonly used values for ''D''<sub>maj</sub> and ''P'' differ between the two standards.
  • Graphic representation of formulas for the pitches of threads of screw bolts
  • ''Lead'' and ''pitch'' for two screw threads; one with one start and one with two starts
  • A table of standard sizes for machine screws as provided by the American Screw Company of Providence, Rhode Island, USA, and published in a ''Mechanical Engineers' Handbook'' of 1916. Standards seen here overlap with those found elsewhere marked as ASME and SAE standards and with the later Unified Thread Standard (UTS) of 1949 and afterward. One can see the theme of how later standards reflect a degree of continuation from earlier standards, sometimes with hints of long-ago intracompany origins. For example, compare the 6–32, 8–32, 10–24, and 10–32 options in this table with the UTS versions of those sizes, which are not identical but are so close that interchange would work.
  • The right-hand rule of screw threads
  • An example of ''M16'', ISO metric screw thread
  • Right- and left-handed screw threads
  • SAE]] standards (including screw size standards), reported in the journal ''Horseless Age'', 1916
  • The three diameters that characterize threads
HELICAL PART OF SCREW
Screwthread; Turn per inch; Thread pitch; Screw threads; Turns per inch; Thread form; Threads per inch; Tapered thread; Pitch (screw); Inch screw thread; ISO inch screw thread; Threadform; Left-handed thread; Left hand thread
1) винтовая нарезка
2) ход винта
screw thread         
  • BA]] standards are discussed. The SAE series was not mentioned—at the time this edition of the ''Handbook'' was being compiled, they were either still in development or just newly introduced.
  • Variants of snug fit. Only threads with matched PDs are truly snug, axially as well as radially.
  • Different threads including metric, UNC, UNF, BSW
  • Up to four starts are labeled with different colors in this example.
  • The basic profile of all [[UTS thread]]s is the same as that of all [[ISO metric screw thread]]s. Only the commonly used values for ''D''<sub>maj</sub> and ''P'' differ between the two standards.
  • Graphic representation of formulas for the pitches of threads of screw bolts
  • ''Lead'' and ''pitch'' for two screw threads; one with one start and one with two starts
  • A table of standard sizes for machine screws as provided by the American Screw Company of Providence, Rhode Island, USA, and published in a ''Mechanical Engineers' Handbook'' of 1916. Standards seen here overlap with those found elsewhere marked as ASME and SAE standards and with the later Unified Thread Standard (UTS) of 1949 and afterward. One can see the theme of how later standards reflect a degree of continuation from earlier standards, sometimes with hints of long-ago intracompany origins. For example, compare the 6–32, 8–32, 10–24, and 10–32 options in this table with the UTS versions of those sizes, which are not identical but are so close that interchange would work.
  • The right-hand rule of screw threads
  • An example of ''M16'', ISO metric screw thread
  • Right- and left-handed screw threads
  • SAE]] standards (including screw size standards), reported in the journal ''Horseless Age'', 1916
  • The three diameters that characterize threads
HELICAL PART OF SCREW
Screwthread; Turn per inch; Thread pitch; Screw threads; Turns per inch; Thread form; Threads per inch; Tapered thread; Pitch (screw); Inch screw thread; ISO inch screw thread; Threadform; Left-handed thread; Left hand thread

[skru:'θred]

общая лексика

резьба

винтовая резьба

Определение

thread-safe
<programming> A description of code which is either re-entrant or protected from multiple simultaneous execution by some form of mutual exclusion. (1997-01-30)
Показать больше определений

Википедия

Thread pool

In computer programming, a thread pool is a software design pattern for achieving concurrency of execution in a computer program. Often also called a replicated workers or worker-crew model, a thread pool maintains multiple threads waiting for tasks to be allocated for concurrent execution by the supervising program. By maintaining a pool of threads, the model increases performance and avoids latency in execution due to frequent creation and destruction of threads for short-lived tasks. The number of available threads is tuned to the computing resources available to the program, such as a parallel task queue after completion of execution.

https://en.wikipedia.org/wiki/Thread pool
Как переводится sew with thread на Русский язык
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