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21 work
1) работа
2) обрабатываемый
3) обрабатывать
4) поработать
5) поработаю
6) работы
7) рабочие
8) труд
9) сочинение
10) работать
11) вычислять
12) решать
13) деятельность
14) создание
15) действие
16) обработка
17) обработать
18) завод
– bench work
– cabinet work
– capacity for work
– chucking work
– continuous work
– day's work
– design work
– development work
– developmental work
– display work
– do the prelimary work
– erection work
– false work
– field work
– finishing work
– fitness for work
– in the course of the work
– indicator work
– involute work
– job work
– lathe work
– lattice work
– line work
– obseht-field work
– office work
– open work
– overtime work
– paysheet work
– permit to work
– piece work
– pilfering at work
– practical work
– pulse work
– rescue work
– scheduled work
– shaft work
– shift work
– team work
– turned work
– unfinished work
– unit of work
– volume of work
– work adit
– work coal
– work function
– work head
– work in progress
– work in shear
– work in stone
– work in tension
– work method
– work off
– work order
– work package
– work piece
– work point
– work readily
– work schedule
– work stone
– work the heat
– work to marking-out
– work train
research and development work — опытно-конструкторская работа
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22 torneado
Del verbo tornear: ( conjugate tornear) \ \
torneado es: \ \el participioMultiple Entries: torneado tornear
torneado,-a adjetivo
1 (en un torno) turned
2 (los miembros) shapely
tornear verbo transitivo to turn (on a lathe) ' torneado' also found in these entries: Spanish: torneada English: shapely -
23 machining
обработка, механическая обработка, механообработка, обработка резанием, обработка на металлорежущем станкеmachining all surfaces at a set — обработка всех поверхностей ( заготовки) с одного установа
machining from solid — обработка ( детали) из целого, обработка ( детали) из целого куска
machining from the solid — обработка ( детали) из целого, обработка ( детали) из целого куска
in machining — в обработке, при обработке
machining through all angles — обработка под любым углом, обработка изделий под любым углом
- 2 1/2-dimensional machiningmachining to close limits — обработка с жёсткими допусками; точная обработка
- 3D cavity machining
- 3D machining
- abrasive belt machining
- abrasive flow machining
- abrasive machining
- abrasive-electrochemical machining
- abrasive-waterjet machining
- adaptive controlled machining
- adaptive machining
- all-over machining
- angular machining
- anode-mechanical machining
- around-the-part machining
- associative machining
- automated machining
- automotive machining
- back end machining
- back-face machining
- balanced machining
- batch machining
- batch-lot machining
- beam machining
- bore machining
- CAM machining
- C-axis machining
- center machining
- chemical machining
- chip-type machining
- close tolerance machining
- closed loop machining
- CNC horizontal machining
- CNC machining
- CNC screw machining
- composite machining
- computer-controlled machining
- consistent machining
- constant power machining
- contact-initiated discharge machining
- contact-initiated machining
- continuous path machining
- contour machining
- contouring machining
- controlled machining
- conventional machining
- copy machining
- datum machining
- deephole machining
- diamond machining
- dual-spindle machining
- duplex machining
- duplicate machining
- edge machining
- electrical discharge machining
- electrical machining
- electrical spark machining
- electrochemical machining
- electroerosion abrasive machining
- electroerosion machining
- electrolytic abrasive machining
- electrolytic machining
- electron beam machining
- electron discharge machining
- electronic erosion machining
- electrophysical machining
- electrospark machining
- etch machining
- false machining
- fast laser machining
- feature-based machining
- final machining
- final tolerance machining
- finish machining
- finished machining
- five-axis CNC machining
- five-axis machining
- five-face machining
- five-sided machining
- fixed-axis machining
- flat abrasive machining
- flexible machining
- flow-line machining
- flowthru machining
- flush fine machining
- form-feature machining
- front-end machining
- gear machining
- generative machining
- group machining
- hard-part machining
- heavy machining
- heavy-duty machining
- high-accuracy machining
- high-definition finish machining
- high-efficiency machining
- high-production machining
- high-speed machining
- high-volume machining
- horizontal machining
- horizontal mode machining
- hot machining
- hydrodynamic machining
- inclined-plane machining
- in-cycle machining
- industrial laser machining
- in-place machining
- interference-free machining
- intol/outtol machining
- ion beam machining
- jet-assisted machining
- job shop machining
- laser machining
- laser-assisted machining
- laser-beam machining
- lathe machining
- LH machining
- light-duty machining
- lights-out machining
- magnetic abrasive machining
- manual machining
- medium-duty machining
- minimum-manned machining
- mirror image machining
- multiaccess machining
- multiaxis machining
- multicell machining
- multiface machining
- multilateral machining
- multimachine machining
- multiple machining
- multiple setup machining
- multiple surface flow-line machining
- multiple-axis machining
- multiple-cutter machining
- multiple-electrode electrical discharge machining
- multiple-pass machining
- multiple-source laser machining
- multiple-workpiece machining
- multiplunge machining
- multipurpose machining
- multistage machining
- NC machining
- NF machining
- no-handwork machining
- nonturning machining
- numerical control machining
- numerically controlled machining
- off-center machining
- one-hit machining
- one-operation machining
- one-pass machining
- one-stop machining and grinding
- on-line machining
- parabolic machining
- parallel machining
- partially manned machining
- photochemical machining
- photon beam machining
- photonic machining
- pick feed traverse machining
- plasma-arc machining
- plasma-assisted machining
- plunge machining
- point-to-point machining
- post-process machining
- precision machining
- primary machining
- prismatic machining
- radial machining
- random flexible machining
- rapid machining
- rear-end machining
- RH machining
- rotary machining
- rotary transfer machining
- rotational machining
- rough machining
- roughing machining
- screw machining
- sculpture machining
- sculptured-surface machining
- secondary machining
- semifinish machining
- semi-fourth axis machining
- semiunmanned machining
- series machining
- side machining
- simultaneous fourth-axis machining
- single setup machining
- single-cutter machining
- single-pass machining
- single-point machining
- six-face machining
- six-sided machining
- slideway machining
- solids-based machining
- spark discharge machining
- spark erosion machining
- standalone machining
- straight production machining
- strip machining
- surface intersection machining
- Swiss machining
- Swiss-style machining
- tandem machining
- tapeless machining
- tapered machining
- templet-controlled machining
- test machining
- thermochemical machining
- three-axis curve machining
- three-axis machining
- three-dimensional machining
- tombstone machining
- toolroom machining
- torque-controlled machining
- total machining
- tracer machining
- transfer machining
- transfer-line machining
- trial machining
- turned part machining
- turning machining
- two-and-half axis machining
- two-at-a-time machining
- two-pass machining
- ultrafast machining
- ultrahigh speed machining
- ultrasonic abrasive machining
- ultrasonic machining
- ultrasonically assisted machining
- unattended machining
- unattended multiple-workpiece machining
- unmanned machining overnight
- unmanned machining
- unstable machining
- untended machining
- vertical machining
- vertical mode machining
- vibroabrasive machining
- waterjet machining
- waterjet-assisted machining
- wire electric discharge machining
- wire erosion machining
- wire machiningEnglish-Russian dictionary of mechanical engineering and automation > machining
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24 work
1) работа, труд || работать, трудиься2) действие; деятельность || действовать3) обработка || обрабатывать4) изделие, изделия, продукция5) pl завод, комбинат6) строит. возводимый объект, конструкция, сооружение7) работа, мощность8) произведение, сочинение9) механизм•works into… — подключен к...; работает на...
to work for — мат. стремиться к
to work on — мат. действовать [влиять, оказывать влияние] на
- job work -
25 bed
1. n кровать, постель; ложеbed pad — наматрасник; стёганая подстилка между матрацем и простынёй
2. n матрац, тюфяк; подстилкаwater bed — резиновый матрац, наполненный водой
3. n брачное ложе, брак4. n поэт. смертное ложе, могилаto lie in the bed of honour — пасть на поле чести ; пасть смертью храбрых
5. n ночлег6. n клумба; гряда, грядкаplanting bed — грядка для рассады; рассадочная гряда
7. n с. -х. почва, подготовленная под посев8. n бот. место семян9. n заросль10. n русло; дно; ложеbed scour — размыв русла, русловая эрозия
11. n дор. полотно дороги12. n стр. основание13. n стр. ряд кирпичей каменной кладкиbrick on bed — кирпич, уложенный плашмя
14. n стр. верхняя или нижняя грань кирпича15. n геол. горизонт; залегание, пласт16. n геол. подстилающий слойbed extension — протяжённость пласта; простирание
17. n геол. тех. станина, рама18. n геол. тех. шаботanvil bed — шабот, поднаковальня
19. n геол. полигр. талер; опорная плита20. n геол. метал. лещадь21. n геол. тех. слой, насыпка22. n геол. стенд, установкаbed of thorns — тернистый путь;
he was given a bed of nails in his job — на работе он попал в переплёт; у него неприятности на работе
go to bed! — заткнись!; иди ты!
23. v класть в постель; укладывать спать24. v ложиться в постель25. v ночевать, останавливаться на ночлег26. v сажать, высаживатьto bed up — напахивать борозды, гребневать
27. v стлать подстилку28. v спец. ставить на основание или на фундамент29. v геол. напластовываться30. v уст. брать жену на брачное ложеseparation from bed and board — отлучение от стола и ложа, разрыв супружеских отношений
Синонимический ряд:1. area in garden (noun) area; area in garden; cold frame; frame; garden; patch; planting; row; strip2. base (noun) base; basement; basis; bedrock; bottom; foot; footing; foundation; ground; groundwork; hardpan; infrastructure; rest; seat; seating; substratum; substruction; substructure; underpinning; understructure3. cradle (noun) cradle; crib4. deposit (noun) deposit; layer; lode; vein5. place to sleep (noun) bedstead; berth; bunk; cot; couch; mattress; place to sleep; rack; sack; waterbed6. house (verb) accommodate; berth; billet; board; bunk; domicile; harbour; house; put up; quarter; room7. retire (verb) pile in; retire; roll in; turn in8. tuck in (verb) tuck in -
26 Turn
v. trans.P. and V. τρέπειν, στρέφειν, ἐπιστρέφειν.Translate: P. μεταφέρειν.Let us turn our steps from this path: V. ἔξω τρίβου τοῦδʼ ἴχνος ἀλλαξώμεθα (Eur., El. 103).Turn a corner: Ar. and V. κάμπτειν.Where are you turning your head? Ar. τὴν κεφάλην ποῖ περιάγεις; ( Pax, 682).Turn one's neck: P. περιάγειν τὸν αὐχένα (Plat., Rep. 515C).Turn on a lathe: Ar. and P. τορνεύειν.V. intrans. P. and V. τρέπεσθαι, στρέφεσθαι, ἐπιστρέφεσθαι.Turn in the race-course: V. κάμπτειν (Soph., El. 744).Become: P. and V. γίγνεσθαι.Turn about: see Turn back (Turn).Turn against, estrange, v. trans.: P. ἀλλοτριοῦν, ἀπαλλοτριοῦν.Embroil: Ar. and P. διιστάναι.Betray: P. and V. προδιδόναι.Turn from its course: P. παρατρέπειν, P. and V. ἐκτρέπειν, ὑπεκτρέπειν, V. παρεκτρέπειν, διαστρέφειν; see Divert.Turn aside, v. intrans.: P. and V. ἐκτρέπεσθαι, ὑπεκτρέπεσθαι, ἀποτρέπεσθαι, ἀποστρέφειν (or pass.), P. παρατρέπεσθαι, ἐκκλίνειν.Turn away: see Turn aside (Turn).Send back: Ar. and P. ἀποπέμπειν.Turn back, v. intrans.: P. and V. ἀποστρέφειν (or pass.), ὑποστρέφειν (or pass.), ἀναστρέφειν, Ar. and P. ἐπαναστρέφειν.Turn from, v. trans., deter: Ar. and P. ἀποτρέπειν; see deter; v. intrans., V. ἀποτρέπεσθαι (acc.), Ar. and V. ἀποστρέφεσθαι (acc.) (also Xen.), P. ἀποτρέπεσθαι ἐκ (gen.).Desist from: P. and V. ἀφίστασθαι (gen.), ἐξίστασθαι (gen.), V. μεθίστασθαι (gen.).Turn into, change into, v. trans.: P. μεταλλάσσειν (εἰς. acc.).Turn into a beast: V. ἐκθηριοῦσθαι.Change into: P. μεταβαίνειν εἰς (acc.), μεταβάλλειν εἰς (acc.) or ἐπί (acc.).Turn out, manufacture, v. trans.: see Manufacture.Be turned out of doors: P. and V. ἐκπίπτειν.Turn out, result, v. intrans.: P. and V. ἐκβαίνειν, τελευτᾶν, ἐξέρχεσθαι, P. ἀποβαίνειν, V. τελεῖν, ἐξήκειν, ἐκτελευτᾶν, Ar. and P. συμφέρεσθαι.Turn over in one's mind: see Ponder.Turn over a new leaf: V. μεθαρμόζεσθαι βελτίω βίον (Eur., Alc. 1157).Turn round, v. trans.: P. and V. ἀνακυκλεῖν (pass. in Plat.), ἐπιστρέφειν, περιάγειν (Eur., Cycl. 686).Change: P. περιίστασθαι.Not turning round, adj.: V. ἄστροφος (Soph., O. C. 490).Turn tail: P. and V. ὑποστρέφειν, V. νωτίζειν; fly.Turn to, have recourse to: P. and V. τρέπεσθαι πρός (acc.), P. καταφεύγειν εἰς, or πρός (acc.), V. φεύγειν εἰς (acc.).Turn to account: P. and V. χρῆσθαι (dat.).Capsize: V. ὑπτιοῦσθαι.——————subs.Opportunity: P. and V. ὥρα, ἡ, καιρός, ὁ.Turn of the scale, met.: P. and V. ῥοπή, ἡ.Twist, trick: P. and V. στροφή, ἡ.He will wait the turn of events: P. προσεδρεύσει τοῖς πράγμασι (Dem. 14).The pair had hardly taken two or three turns ( in walking) when Clinias enters: P. οὔπω τούτω δύʼ ἢ τρεῖς δρόμους περιεληλυθότε ἤτην καὶ εἰσέρχεται Κλεινίας (Plat., Euthy. 273A).Duty coming round by rotation: P. and V. μέρος, τό.In order: P. and V. ἐφεξῆς, ἑξῆς.By relays: P. κατʼ ἀναπαύλας.Alternately: P. and V. παραλλάξ.In turn: P. and V. ἐν μέρει, ἐν τῷ μέρει.I will speak in your turn: P. ἐγὼ ἐρῶ ἐν τῷ σῷ μέρει (Plat., Symp. 185D).In return: P. and V. αὖ, αὖθις.In compounds: use ἀντι, e. g.hear in turn: P. and V. ἀντακούειν (Xen.).Be captured in turn: V. αὖθις ἀνθαλίσκεσθαι.Out of turn: P. παρὰ τὸ μέρος (Xen.).They took it in turns to sleep and do the rowing: P. οἱ μὲν ὕπνος, ἡροῦντο κατὰ μέρος, οἱ δὲ ἤλαυνον (Thuc. 3, 49).Taking one's turn: use adj., P. and V. διάδοχος.Woodhouse English-Greek dictionary. A vocabulary of the Attic language > Turn
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27 Johnson, Eldridge Reeves
SUBJECT AREA: Recording[br]b. 18 February 1867 Wilmington, Delaware, USAd. 14 November 1945 Moorestown, New Jersey, USA[br]American industrialist, founder and owner of the Victor Talking Machine Company; developer of many basic constructions in mechanical sound recording and the reproduction and manufacture of gramophone records.[br]He graduated from the Dover Academy (Delaware) in 1882 and was apprenticed in a machine-repair firm in Philadelphia and studied in evening classes at the Spring Garden Institute. In 1888 he took employment in a small Philadelphia machine shop owned by Andrew Scull, specializing in repair and bookbinding machinery. After travels in the western part of the US, in 1891 he became a partner in Scull \& Johnson, Manufacturing Machinists, and established a further company, the New Jersey Wire Stitching Machine Company. He bought out Andrew Scull's interest in October 1894 (the last instalment being paid in 1897) and became an independent general machinist. In 1896 he had perfected a spring motor for the Berliner flat-disc gramophone, and he started experimenting with a more direct method of recording in a spiral groove: that of cutting in wax. Co-operation with Berliner eventually led to the incorporation of the Victor Talking Machine Company in 1901. The innumerable court cases stemming from the fact that so many patents for various elements in sound recording and reproduction were in very many hands were brought to an end in 1903 when Johnson was material in establishing cross-licencing agreements between Victor, Columbia Graphophone and Edison to create what is known as a patent pool. Early on, Johnson had a thorough experience in all matters concerning the development and manufacture of both gramophones and records. He made and patented many major contributions in all these fields, and his approach was very business-like in that the contribution to cost of each part or process was always a decisive factor in his designs. This attitude was material in his consulting work for the sister company, the Gramophone Company, in London before it set up its own factories in 1910. He had quickly learned the advantages of advertising and of providing customers with durable equipment and records. This motivation was so strong that Johnson set up a research programme for determining the cause of wear in records. It turned out to depend on groove profile, and from 1911 one particular profile was adhered to and processes for transforming the grooves of valuable earlier records were developed. Without precise measuring instruments, he used the durability as the determining factor. Johnson withdrew more and more to the role of manager, and the Victor Talking Machine Company gained such a position in the market that the US anti-trust legislation was used against it. However, a generation change in the Board of Directors and certain erroneous decisions as to product line started a decline, and in February 1926 Johnson withdrew on extended sick leave: these changes led to the eventual sale of Victor. However, Victor survived due to the advent of radio and the electrification of replay equipment and became a part of Radio Corporation of America. In retirement Johnson took up various activities in the arts and sciences and financially supported several projects; his private yacht was used in 1933 in work with the Smithsonian Institution on a deep-sea hydrographie and fauna-collecting expedition near Puerto Rico.[br]BibliographyJohnson's patents were many, and some were fundamental to the development of the gramophone, such as: US patent no. 650,843 (in particular a recording lathe); US patent nos. 655,556, 655,556 and 679,896 (soundboxes); US patent no. 681,918 (making the original conductive for electroplating); US patent no. 739,318 (shellac record with paper label).Further ReadingMrs E.R.Johnson, 1913, "Eldridge Reeves Johnson (1867–1945): Industrial pioneer", manuscript (an account of his early experience).E.Hutto, Jr, "Emile Berliner, Eldridge Johnson, and the Victor Talking Machine Company", Journal of AES 25(10/11):666–73 (a good but brief account based on company information).E.R.Fenimore Johnson, 1974, His Master's Voice was Eldridge R.Johnson, Milford, Del.(a very personal biography by his only son).GB-NBiographical history of technology > Johnson, Eldridge Reeves
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См. также в других словарях:
Turned chair — Turned or thrown chairs are an early form of armchair, made by turners with the use of a lathe, rather than by joiners or carpenters. cite book title=Oak Furniture: The British Tradition last=Chinnery |first=Victor publisher=Antique Collector s… … Wikipedia
Lathe — A lathe (pronEng|ˈleɪð) is a machine tool which spins a block of material to perform various operations such as cutting, sanding, knurling, drilling, or deformation with tools that are applied to the workpiece to create an object which has… … Wikipedia
Turned — Turn Turn (t[^u]rn), v. t. [imp. & p. p. {Turned}; p. pr. & vb. n. {Turning}.] [OE. turnen, tournen, OF. tourner, torner, turner, F. tourner, LL. tornare, fr. L. tornare to turn in a lathe, to rounds off, fr. tornus a lathe, Gr. ? a turner s… … The Collaborative International Dictionary of English
Lathe (metal) — Center lathe with DRO and chuck guard. Size is 460 mm swing x 1000 mm between centers A metal lathe or metalworking lathe is a large class of lathes designed for precisely machining relatively hard materials. They were originally designed to… … Wikipedia
Lathe center — Dead center mounted in the spindle of a lathe and being used to support a workpiece being driven by a carrier setup A lathe center, often shortened to center, is a tool that has been ground to a point as to accurately position a workpiece about… … Wikipedia
Turret lathe — Hartness 3x36 flat turret lathe with cross sliding head, equipped for bar work, 1910.[1] The turret lathe is a form of metalworking lathe that is used for repetitive production of duplicate parts, which by the nature of their cutting process are… … Wikipedia
To be turned of — Turn Turn (t[^u]rn), v. t. [imp. & p. p. {Turned}; p. pr. & vb. n. {Turning}.] [OE. turnen, tournen, OF. tourner, torner, turner, F. tourner, LL. tornare, fr. L. tornare to turn in a lathe, to rounds off, fr. tornus a lathe, Gr. ? a turner s… … The Collaborative International Dictionary of English
Turning lathe — Turning Turn ing, n. 1. The act of one who, or that which, turns; also, a winding; a bending course; a fiexure; a meander. [1913 Webster] Through paths and turnings often trod by day. Milton. [1913 Webster] 2. The place of a turn; an angle or… … The Collaborative International Dictionary of English
Pole lathe — Pole Pole, n. [As. p[=a]l, L. palus, akin to pangere to make fast. Cf. {Pale} a stake, {Pact}.] 1. A long, slender piece of wood; a tall, slender piece of timber; the stem of a small tree whose branches have been removed; as, specifically: (a) A… … The Collaborative International Dictionary of English
Hand lathe — Hand Hand (h[a^]nd), n. [AS. hand, hond; akin to D., G., & Sw. hand, OHG. hant, Dan. haand, Icel. h[ o]nd, Goth. handus, and perh. to Goth. hin[thorn]an to seize (in comp.). Cf. {Hunt}.] 1. That part of the fore limb below the forearm or wrist in … The Collaborative International Dictionary of English
pole lathe — noun an ancient form of lathe operated by a treadle, in which the work is turned by a cord passing round it and rotated back by the action of a springy pole attached to its top … English new terms dictionary