Fluidics (original) (raw)
Staidéar ar chórais rialaithe is braite atá bunaithe ar shréabháin ag sreabhadh. I measc na bhfeistí atá ar fáil, tá aimplitheoirí sreabhánacha ina modhnaíonn sreabhadh beag sreabhadh mór eile, ciorcaid loighce is lasca. Ní bhíonn aon pháirteanna soladacha inghluaiste sna feistí seo, bíonn siad láidir, agus ní bhíonn aon bhaol leictreach leo. Sampla is ea an comhla cuilithe sreabhánach, ina mbionn sruth rialaithe a athraíonn an príomhshreabhadh trí chuilithe a chruthú. Baintear feidhm as seo i gcórais caidéalaithe sa tionscal núicléach chun fuíoll radaighníomhach a chaidéalú, agus i mianadóireacht chun draoib scríobach a chaidéalú.
| Property | Value |
|---|---|
| dbo:abstract | Fluidik (fluidische Logik) ist die Verwendung von strömungsmechanischen Bauelementen zur Signalverarbeitung in der Automatisierungstechnik. Sie basiert auf den Prinzipien der Strömungslehre und verwendet pneumatische bzw. hydraulische Hilfsenergie. Strömungsmechanische Bauelemente arbeiten mit Hilfe von flüssigen oder komprimierbaren Medien, wie z. B. Luft, Wasser oder Hydraulikflüssigkeiten. Der Anteil hydraulischer Steuerungen spielt dabei nur eine geringe Rolle. Sie werden – auch zu integrierten Schaltungen zusammengefasst – sowohl in analogen als auch in digitalen Schaltungen eingesetzt. Fluidiksysteme wurden in den 1960er Jahren entwickelt und ab den 1970er Jahren durch die Mikroelektronik verdrängt. Sogenannte dynamische Fluidiksysteme (s. u.) werden gegenwärtig noch für wenige Sonderaufgaben eingesetzt. (de) Fluidics, or fluidic logic, is the use of a fluid to perform analog or digital operations similar to those performed with electronics. The physical basis of fluidics is pneumatics and hydraulics, based on the theoretical foundation of fluid dynamics. The term fluidics is normally used when devices have no moving parts, so ordinary hydraulic components such as hydraulic cylinders and spool valves are not considered or referred to as fluidic devices. A jet of fluid can be deflected by a weaker jet striking it at the side. This provides nonlinear amplification, similar to the transistor used in electronic digital logic. It is used mostly in environments where electronic digital logic would be unreliable, as in systems exposed to high levels of electromagnetic interference or ionizing radiation. Nanotechnology considers fluidics as one of its instruments. In this domain, effects such as fluid–solid and fluid–fluid interface forces are often highly significant. Fluidics have also been used for military applications. (en) Staidéar ar chórais rialaithe is braite atá bunaithe ar shréabháin ag sreabhadh. I measc na bhfeistí atá ar fáil, tá aimplitheoirí sreabhánacha ina modhnaíonn sreabhadh beag sreabhadh mór eile, ciorcaid loighce is lasca. Ní bhíonn aon pháirteanna soladacha inghluaiste sna feistí seo, bíonn siad láidir, agus ní bhíonn aon bhaol leictreach leo. Sampla is ea an comhla cuilithe sreabhánach, ina mbionn sruth rialaithe a athraíonn an príomhshreabhadh trí chuilithe a chruthú. Baintear feidhm as seo i gcórais caidéalaithe sa tionscal núicléach chun fuíoll radaighníomhach a chaidéalú, agus i mianadóireacht chun draoib scríobach a chaidéalú. (ga) 流体素子（りゅうたいそし）は、流体すなわち気体や液体などを利用して、電気回路のスイッチングと同様の作用を行うことを目的とした部品である。 (ja) Струйная логика (англ. fuidics или fluidic logic, от лат. fluidis — «текучий») — технология построения логических схем на основе явлений гидравлики или пневматики. Такие схемы по своему назначению аналогичны электрическим и электронным, но кардинально отличаются от последних принципом работы: основным процессом в системах струйной логики является движение жидкостей или газов. В СССР была разработана, выпускалась и применялась серия струйных логических элементов под общим названием «Волга». (ru) |
| dbo:thumbnail | wiki-commons:Special:FilePath/Fluidic_AND_XOR.svg?width=300 |
| dbo:wikiPageExternalLink | http://miriam-english.org/files/fluidics/FluidControlDevices.html https://books.google.com/books%3Fid=jSEDAAAAMBAJ&lpg=PA197 https://www.youtube.com/watch%3Fv=TgYJ1Ni08UA http://members.chello.at/karl.bednarik/FLUIDIK2.jpg |
| dbo:wikiPageID | 966106 (xsd:integer) |
| dbo:wikiPageLength | 19575 (xsd:nonNegativeInteger) |
| dbo:wikiPageRevisionID | 1110935977 (xsd:integer) |
| dbo:wikiPageWikiLink | dbr:Amplifier dbr:Bellows dbr:Electromagnetic_interference dbr:Electronics dbr:Elevon dbr:Moving_parts dbr:Nonlinearity dbc:Logic dbr:Hydraulic_cylinder dbr:Hydraulic_fluid dbr:University_of_Manchester dbr:Valve dbr:Inertia dbr:Elevator_(aircraft) dbr:Nanotechnology dbr:United_States_Army_Research_Laboratory dbc:Emerging_technologies dbr:Anaesthetic_machine dbr:Analog_signal dbr:Octobot_(robot) dbr:Lab-on-a-chip dbr:MONIAC dbr:Ship dbr:Harry_Diamond_Laboratories dbr:Pneumatics dbr:Proof_of_concept dbr:Machine_Design dbr:Stealth_technology dbr:Microfluidics dbr:Automatic_transmission dbr:BAE_Systems dbr:COVID-19_pandemic dbr:Aileron dbr:Gain_(electronics) dbr:Jet_engine dbr:Water_integrator dbr:3D_printing dbr:Aircraft dbr:Aircraft_flight_control_system dbr:Fighter_aircraft dbr:Flip-flop_(electronics) dbr:Fluid_dynamics dbr:Fluid dbr:Radar_cross_section dbr:Harvard_University dbr:Ionizing_radiation dbr:Tesla_valve dbr:Hydraulics dbr:Flap_(aircraft) dbr:Triode dbr:Soft_robotics dbc:Fluid_dynamics dbr:Billiard-ball_computer dbr:Bio-MEMS dbr:Transistor dbr:Wearable_technology dbr:Digital_data dbr:Autonomous_robot dbr:Physics_of_whistles dbr:Oklahoma_State_University dbr:Wyss_Institute_for_Biologically_Inspired_Engineering dbr:Thrust_vectoring dbr:Unmanned_aerial_vehicle dbr:Digital_logic dbr:Unconventional_computing dbr:Flaperon dbr:Microfluidic dbr:MONIAC_Computer dbr:Kilohertz dbr:Signal_(information_theory) dbr:Logic_circuit dbr:Demon_(unmanned_aircraft) dbr:File:Flow_field_of_a_fluidic_oscillator.ogv dbr:File:Fluidic_AND_XOR.svg dbr:File:Fluidicamplifier.svg dbr:MAGMA_(aircraft) |
| dbp:cs1Dates | y (en) |
| dbp:date | August 2019 (en) |
| dbp:manufacture | yes (en) |
| dbp:materials | yes (en) |
| dbp:robotics | yes (en) |
| dbp:topics | yes (en) |
| dbp:wikiPageUsesTemplate | dbt:Cite_book dbt:Cite_journal dbt:Commons_category dbt:Reflist dbt:US_patent dbt:Use_dmy_dates dbt:Emerging_technologies |
| dct:subject | dbc:Logic dbc:Emerging_technologies dbc:Fluid_dynamics |
| gold:hypernym | dbr:Use |
| rdf:type | yago:Abstraction100002137 yago:Act100030358 yago:Activity100407535 yago:Application100949134 yago:Event100029378 yago:Occupation100582388 yago:Profession100609953 yago:PsychologicalFeature100023100 yago:WikicatGasTechnologies yago:YagoPermanentlyLocatedEntity yago:Technology100949619 yago:Use100947128 yago:WikicatEmergingTechnologies |
| rdfs:comment | Staidéar ar chórais rialaithe is braite atá bunaithe ar shréabháin ag sreabhadh. I measc na bhfeistí atá ar fáil, tá aimplitheoirí sreabhánacha ina modhnaíonn sreabhadh beag sreabhadh mór eile, ciorcaid loighce is lasca. Ní bhíonn aon pháirteanna soladacha inghluaiste sna feistí seo, bíonn siad láidir, agus ní bhíonn aon bhaol leictreach leo. Sampla is ea an comhla cuilithe sreabhánach, ina mbionn sruth rialaithe a athraíonn an príomhshreabhadh trí chuilithe a chruthú. Baintear feidhm as seo i gcórais caidéalaithe sa tionscal núicléach chun fuíoll radaighníomhach a chaidéalú, agus i mianadóireacht chun draoib scríobach a chaidéalú. (ga) 流体素子（りゅうたいそし）は、流体すなわち気体や液体などを利用して、電気回路のスイッチングと同様の作用を行うことを目的とした部品である。 (ja) Струйная логика (англ. fuidics или fluidic logic, от лат. fluidis — «текучий») — технология построения логических схем на основе явлений гидравлики или пневматики. Такие схемы по своему назначению аналогичны электрическим и электронным, но кардинально отличаются от последних принципом работы: основным процессом в системах струйной логики является движение жидкостей или газов. В СССР была разработана, выпускалась и применялась серия струйных логических элементов под общим названием «Волга». (ru) Fluidik (fluidische Logik) ist die Verwendung von strömungsmechanischen Bauelementen zur Signalverarbeitung in der Automatisierungstechnik. Sie basiert auf den Prinzipien der Strömungslehre und verwendet pneumatische bzw. hydraulische Hilfsenergie. Strömungsmechanische Bauelemente arbeiten mit Hilfe von flüssigen oder komprimierbaren Medien, wie z. B. Luft, Wasser oder Hydraulikflüssigkeiten. Der Anteil hydraulischer Steuerungen spielt dabei nur eine geringe Rolle. Sie werden – auch zu integrierten Schaltungen zusammengefasst – sowohl in analogen als auch in digitalen Schaltungen eingesetzt. (de) Fluidics, or fluidic logic, is the use of a fluid to perform analog or digital operations similar to those performed with electronics. The physical basis of fluidics is pneumatics and hydraulics, based on the theoretical foundation of fluid dynamics. The term fluidics is normally used when devices have no moving parts, so ordinary hydraulic components such as hydraulic cylinders and spool valves are not considered or referred to as fluidic devices. (en) |
| rdfs:label | Fluidik (de) Sreabhánaic (ga) Fluidics (en) 流体素子 (ja) Струйная логика (ru) |
| owl:sameAs | dbpedia-ja:Fluidics freebase:Fluidics yago-res:Fluidics wikidata:Fluidics dbpedia-bg:Fluidics dbpedia-de:Fluidics dbpedia-ga:Fluidics dbpedia-he:Fluidics dbpedia-hr:Fluidics dbpedia-ro:Fluidics dbpedia-ru:Fluidics https://global.dbpedia.org/id/ni6W |
| skos:closeMatch | http://www.springernature.com/scigraph/things/subjects/fluidics |
| prov:wasDerivedFrom | wikipedia-en:Fluidics?oldid=1110935977&ns=0 |
| foaf:depiction | wiki-commons:Special:FilePath/Fluidic_AND_XOR.svg wiki-commons:Special:FilePath/Fluidicamplifier.svg |
| foaf:isPrimaryTopicOf | wikipedia-en:Fluidics |
| is dbo:product of | dbr:IDEX_Corporation__IDEX_Corporation__1 |
| is dbo:wikiPageRedirects of | dbr:FLODAC dbr:Fluidic_amplifier dbr:Bubble_logic dbr:Bubble_logic_gate dbr:DRELOBA dbr:Fluid_amplification dbr:Fluid_amplifier dbr:Fluid_amplifier_control_device dbr:Fluid_diode dbr:Fluid_logic dbr:Fluid_oscillator dbr:Fluid_triode dbr:Fluidic_diode dbr:Fluidic_gate dbr:Fluidic_logic_gate dbr:Fluidic_oscillator dbr:SAMSOMATIK dbr:UNALOG dbr:USEPPA dbr:Fluidic dbr:Fluidic_logic dbr:Fluidic_triode |
| is dbo:wikiPageWikiLink of | dbr:Elevator_(aeronautics) dbr:Elevon dbr:FLODAC dbr:List_of_emerging_technologies dbr:Index_of_logic_articles dbr:Index_of_physics_articles_(F) dbr:Integrated_fluidic_circuit dbr:Microtechnology dbr:Fluidic_amplifier dbr:Mechanical_amplifier dbr:Science_and_technology_in_Romania dbr:Chemical_computer dbr:Spoileron dbr:Coandă_effect dbr:Bubble_logic dbr:Bubble_logic_gate dbr:Optofluidics dbr:MONIAC dbr:Clock_of_the_Long_Now dbr:Particle_system dbr:Pneumatics dbr:Stealth_technology dbr:Microfluidics dbr:Neurophysics dbr:DRELOBA dbr:Water_integrator dbr:A._James_Clark_School_of_Engineering dbr:Fluid_dynamics dbr:Nickel_titanium dbr:FlowFET dbr:Fluid_amplification dbr:Fluid_amplifier dbr:Fluid_amplifier_control_device dbr:Fluid_diode dbr:Fluid_logic dbr:Fluid_oscillator dbr:Fluid_triode dbr:Fluidic_diode dbr:Fluidic_gate dbr:Fluidic_logic_gate dbr:Fluidic_oscillator dbr:HYDAC_(company) dbr:Henri_Coandă_International_Airport dbr:Hydraulic_analogy dbr:Hydraulic_machinery dbr:Hydraulics dbr:Billiard-ball_computer dbr:IDEX_Corporation dbr:Bubble_memory dbr:Solenoid_valve dbr:Thrust_vectoring dbr:FEMTO-ST_Institute dbr:Srinivas_Tadigadapa dbr:Flaperon dbr:Flapless_Air_Vehicle_Integrated_Industrial_Research dbr:SAMSOMATIK dbr:UNALOG dbr:USEPPA dbr:Fluidic dbr:Fluidic_logic dbr:Fluidic_triode |
| is foaf:primaryTopic of | wikipedia-en:Fluidics |
