Railway air brake (original) (raw)

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El fre Westinghouse o fre d'aire combinat, és un sistema de frenada per a ferrocarrils amb aire comprimit com a mitjà operatiu, que funciona simultàniament a tots els vagons del tren i que es controla des d'un sol lloc. És la solució utilitzada actualment un fre pneumàtic combinat, inventat per George Westinghouse, i patentat als EUA el 1869.

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dbo:abstract El fre Westinghouse o fre d'aire combinat, és un sistema de frenada per a ferrocarrils amb aire comprimit com a mitjà operatiu, que funciona simultàniament a tots els vagons del tren i que es controla des d'un sol lloc. És la solució utilitzada actualment un fre pneumàtic combinat, inventat per George Westinghouse, i patentat als EUA el 1869. (ca) Samočinná tlaková brzda je především používána na železnici jako základní provozní brzda vlaků a v některých případech i posunujících dílů. Brzdu vynalezl George Westinghouse ve Spojených státech roku 1869 speciálně pro drážní provoz. 5. března 1872 obdržel na svůj vynález ve Spojených státech patent. Základními důvody pro zavedení samočinné brzdy bylo umožnění přímého ovládání brzd strojvedoucím, zajištění rovnoměrného účinkování brzd celé soupravy a zajištění samočinného zabrzdění vlaku v případě přetržení soupravy nebo při použití záchranné brzdy. Tu lze použít v kterémkoliv vozidle vlaku. Brzda využívá stlačený vzduch k přenosu energie pro brzdění a zároveň i k ovládání brzd na všech vozidlech soupravy. Vlastní brzdění se pak děje prostřednictvím zdrží přitlačovaných na jízdní plochu kola, resp. čelistí na kotouče u kotoučové brzdy. Samočinná brzda vozidel většiny evropských železničních dopravců odpovídá mezinárodním normám a vyhláškám Mezinárodní železniční unie, takže vozidla jsou vzájemně kompatibilní. Stejnému účelu slouží samočinná sací brzda, od jejíhož používání se upouští ve prospěch tlakové brzdy. (cs) Die Druckluftbremse wird vor allem im Bahnbetrieb zum Abbremsen von Zügen verwendet. George Westinghouse entwickelte sie in den USA um 1869 speziell für den Eisenbahnbetrieb. Die Druckluftbremse verwendet Druckluft als Energieträger sowie auch zur Steuerung des Bremsvorgangs. Die eigentliche Bremswirkung wird durch das Anpressen von Bremsklötzen entweder auf die Laufflächen der Räder oder auf Bremsscheiben ausgeübt. Energiespeicher sind der Hauptluftbehälter des Triebfahrzeugs und die Luftbehälter der Wagen. Die Druckluft aus diesen Energiespeichern wirkt über Steuerventile auf die Bremszylinder an den Radsätzen. (de) El freno Westinghouse o freno de aire combinado, es un sistema de frenado para ferrocarriles con aire comprimido como medio operativo, que funciona simultáneamente en todos los vagones del tren y que se controla desde un solo lugar. Es la solución utilizada actualmente en todos los trenes, un freno neumático combinado, inventado por George Westinghouse, y patentado en EE. UU. en 1869. ​ (es) Le frein à air automatique est un système de freinage à air comprimé inventé par George Westinghouse en 1872 et utilisé sur tous les engins et trains actuels. Il est fondé sur un principe de sécurité qui permet de desserrer les freins uniquement lorsqu'il est mis sous pression et sans avaries. Dans le cas contraire (rupture d'attelage, fuite importante...), la baisse de pression entraîne le serrage automatique des freins et provoque l'arrêt du train, le frein est dit automatique. Pour circuler sur le réseau ferroviaire français, le frein doit être automatique, continu, modérable et inépuisable. (fr) A railway air brake is a railway brake power braking system with compressed air as the operating medium. Modern trains rely upon a fail-safe air brake system that is based upon a design patented by George Westinghouse on April 13, 1869. The Westinghouse Air Brake Company was subsequently organized to manufacture and sell Westinghouse's invention. In various forms, it has been nearly universally adopted. The Westinghouse system uses air pressure to charge air reservoirs (tanks) on each car. Full air pressure signals each car to release the brakes. A reduction or loss of air pressure signals each car to apply its brakes, using the compressed air in its reservoirs. (en) Rem udara kereta api adalah sistem pengereman tenaga rem kereta api dengan udara terkompresi sebagai pengoperasian sedang. Kereta modern mengandalkan sistem rem udara gagal-aman yang didasarkan pada desain yang dipatenkan oleh George Westinghouse pada 13 April 1869. kemudian diorganisasikan untuk memproduksi dan menjual penemuan Westinghouse. Dalam berbagai bentuk, ini telah hampir diadopsi secara universal. Sistem Westinghouse menggunakan tekanan udara untuk mengisi tangki udara pada setiap mobil. Tekanan udara penuh memberi sinyal pada setiap mobil untuk melepaskan rem. Pengurangan atau kehilangan tekanan udara memberi sinyal pada setiap mobil untuk mengerem, menggunakan udara terkompresi di reservoirnya. (in) 공기제동(空氣制動)이란 제동기의 일종으로 공기 탱크에 모은 압축공기로 제동력을 발생시키는 장치이다. 에어 브레이크(Air Brake)라고도 부른다. (ko) Il freno continuo automatico Westinghouse (o semplicemente freno Westinghouse o freno continuo automatico, abbreviato in FCA) è il sistema frenante ad aria compressa maggiormente diffuso al mondo, brevettato da George Westinghouse che da lui prese il nome. La maggior parte dei sistemi frenanti a livello mondiale utilizza tale sistema o delle sue varianti. (it) 空気ブレーキ(くうきブレーキ、英語: Air Brake、compressed air brake、エアブレーキ)とは、空気を利用したブレーキ(制動装置)の一種で、圧縮空気でブレーキシリンダを動かしブレーキをかける装置である。供給源としては、コンプレッサーでエア・タンクに詰めた圧縮空気を利用することが多い。排気ブレーキとは異なる。 (ja) De westinghouserem is een remsysteem dat in 1869 werd uitgevonden door George Westinghouse en geoctrooieerd in 1872. Tot die tijd was het geen sinecure om een lange trein tot stilstand te brengen. De rem van de locomotief was niet in staat de massa van de trein tegen te houden. Er waren dan ook, verdeeld over de trein, enkele remmers nodig. Bij de Westinghouserem is elke wagen beremd. De rem wordt vanuit de locomotief bediend – er is dus geen aparte remmer meer nodig. Het systeem bestaat uit een remleiding (buis) die onder de hele trein doorloopt en die pneumatisch op druk wordt gehouden (met een compressor) om de remmen te lossen. Laat de machinist de remleiding leeglopen, dan slaan de remmen van elke wagen aan. De Westinghouserem maakte het remmen dus een stuk veiliger en er was minder personeel voor nodig. Een bijkomend voordeel was de noodrem: elke passagier kan de trein tot stilstand brengen door met de noodrem de hele remleiding te laten leeglopen. Ook als de trein in twee delen breekt, zullen beide delen tot stilstand komen. De fabriek die voor het produceren van de Westinghouserem werd opgericht was de eerste in een lange reeks en staat aan de basis van het Westinghouse industrieel imperium. Het remsysteem werd steeds verder ontwikkeld en wordt heden ten dage nog steeds toegepast in treinen en vrachtwagens. WABCO (Westinghouse Air Brake COmpany) is nog steeds een grote speler in deze markt. (nl) Hamulec zespolony (hamulec pociągowy) – hamulec w pociągu kolejowym, który działa jednocześnie we wszystkich pojazdach pociągu, a sterowany jest z jednego miejsca. Współcześnie stosowanym rozwiązaniem jest zespolony hamulec pneumatyczny. Wynaleziony w 1869 przez George’a Westinghouse’a, opatentowany w USA. (pl) Воздушный тормоз Вестингауза — название для систем привода тормозов в железнодорожном транспорте, использующих для работы сжатый воздух. Первая надёжная (автоматическая) система воздушных тормозов была запатентована Джорджем Вестингаузом 5 марта 1872 года. Изобретение Вестингауза стало поистине революционным для железных дорог, обеспечивая надёжное торможение, что, в свою очередь, расширило диапазон скоростей, с которыми могли двигаться составы тех лет. Вестингауз также предложил множество дополнений к своему изобретению, давшие возможность применять его в самых различных системах автоматического торможения. В 1893 году Конгресс США даже принял специальный «Закон об обеспечении безопасности на железнодорожном транспорте» (англ. Railroad Safety Appliance Act), делающий использование таких систем обязательным. Только в Соединённых Штатах к 1905 году более 2 млн грузовых, пассажирских, почтовых и багажных вагонов, а также около 89 тыс. локомотивов были оборудованы автоматическими тормозами Вестингауза. (ru) 空气制动是铁路机车车辆制动方式之一,是以压缩空气作为制动原动力,以改变压缩空气的压强来操纵控制列车的制动,由美国企业家、工程师乔治·威斯汀豪斯于1872年发明。 (zh)
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rdfs:comment El fre Westinghouse o fre d'aire combinat, és un sistema de frenada per a ferrocarrils amb aire comprimit com a mitjà operatiu, que funciona simultàniament a tots els vagons del tren i que es controla des d'un sol lloc. És la solució utilitzada actualment un fre pneumàtic combinat, inventat per George Westinghouse, i patentat als EUA el 1869. (ca) Die Druckluftbremse wird vor allem im Bahnbetrieb zum Abbremsen von Zügen verwendet. George Westinghouse entwickelte sie in den USA um 1869 speziell für den Eisenbahnbetrieb. Die Druckluftbremse verwendet Druckluft als Energieträger sowie auch zur Steuerung des Bremsvorgangs. Die eigentliche Bremswirkung wird durch das Anpressen von Bremsklötzen entweder auf die Laufflächen der Räder oder auf Bremsscheiben ausgeübt. Energiespeicher sind der Hauptluftbehälter des Triebfahrzeugs und die Luftbehälter der Wagen. Die Druckluft aus diesen Energiespeichern wirkt über Steuerventile auf die Bremszylinder an den Radsätzen. (de) El freno Westinghouse o freno de aire combinado, es un sistema de frenado para ferrocarriles con aire comprimido como medio operativo, que funciona simultáneamente en todos los vagones del tren y que se controla desde un solo lugar. Es la solución utilizada actualmente en todos los trenes, un freno neumático combinado, inventado por George Westinghouse, y patentado en EE. UU. en 1869. ​ (es) Le frein à air automatique est un système de freinage à air comprimé inventé par George Westinghouse en 1872 et utilisé sur tous les engins et trains actuels. Il est fondé sur un principe de sécurité qui permet de desserrer les freins uniquement lorsqu'il est mis sous pression et sans avaries. Dans le cas contraire (rupture d'attelage, fuite importante...), la baisse de pression entraîne le serrage automatique des freins et provoque l'arrêt du train, le frein est dit automatique. Pour circuler sur le réseau ferroviaire français, le frein doit être automatique, continu, modérable et inépuisable. (fr) 공기제동(空氣制動)이란 제동기의 일종으로 공기 탱크에 모은 압축공기로 제동력을 발생시키는 장치이다. 에어 브레이크(Air Brake)라고도 부른다. (ko) Il freno continuo automatico Westinghouse (o semplicemente freno Westinghouse o freno continuo automatico, abbreviato in FCA) è il sistema frenante ad aria compressa maggiormente diffuso al mondo, brevettato da George Westinghouse che da lui prese il nome. La maggior parte dei sistemi frenanti a livello mondiale utilizza tale sistema o delle sue varianti. (it) 空気ブレーキ(くうきブレーキ、英語: Air Brake、compressed air brake、エアブレーキ)とは、空気を利用したブレーキ(制動装置)の一種で、圧縮空気でブレーキシリンダを動かしブレーキをかける装置である。供給源としては、コンプレッサーでエア・タンクに詰めた圧縮空気を利用することが多い。排気ブレーキとは異なる。 (ja) Hamulec zespolony (hamulec pociągowy) – hamulec w pociągu kolejowym, który działa jednocześnie we wszystkich pojazdach pociągu, a sterowany jest z jednego miejsca. Współcześnie stosowanym rozwiązaniem jest zespolony hamulec pneumatyczny. Wynaleziony w 1869 przez George’a Westinghouse’a, opatentowany w USA. (pl) 空气制动是铁路机车车辆制动方式之一,是以压缩空气作为制动原动力,以改变压缩空气的压强来操纵控制列车的制动,由美国企业家、工程师乔治·威斯汀豪斯于1872年发明。 (zh) Samočinná tlaková brzda je především používána na železnici jako základní provozní brzda vlaků a v některých případech i posunujících dílů. Brzdu vynalezl George Westinghouse ve Spojených státech roku 1869 speciálně pro drážní provoz. 5. března 1872 obdržel na svůj vynález ve Spojených státech patent. Základními důvody pro zavedení samočinné brzdy bylo umožnění přímého ovládání brzd strojvedoucím, zajištění rovnoměrného účinkování brzd celé soupravy a zajištění samočinného zabrzdění vlaku v případě přetržení soupravy nebo při použití záchranné brzdy. Tu lze použít v kterémkoliv vozidle vlaku. (cs) Rem udara kereta api adalah sistem pengereman tenaga rem kereta api dengan udara terkompresi sebagai pengoperasian sedang. Kereta modern mengandalkan sistem rem udara gagal-aman yang didasarkan pada desain yang dipatenkan oleh George Westinghouse pada 13 April 1869. kemudian diorganisasikan untuk memproduksi dan menjual penemuan Westinghouse. Dalam berbagai bentuk, ini telah hampir diadopsi secara universal. (in) A railway air brake is a railway brake power braking system with compressed air as the operating medium. Modern trains rely upon a fail-safe air brake system that is based upon a design patented by George Westinghouse on April 13, 1869. The Westinghouse Air Brake Company was subsequently organized to manufacture and sell Westinghouse's invention. In various forms, it has been nearly universally adopted. (en) De westinghouserem is een remsysteem dat in 1869 werd uitgevonden door George Westinghouse en geoctrooieerd in 1872. Tot die tijd was het geen sinecure om een lange trein tot stilstand te brengen. De rem van de locomotief was niet in staat de massa van de trein tegen te houden. Er waren dan ook, verdeeld over de trein, enkele remmers nodig. De fabriek die voor het produceren van de Westinghouserem werd opgericht was de eerste in een lange reeks en staat aan de basis van het Westinghouse industrieel imperium. (nl) Воздушный тормоз Вестингауза — название для систем привода тормозов в железнодорожном транспорте, использующих для работы сжатый воздух. Первая надёжная (автоматическая) система воздушных тормозов была запатентована Джорджем Вестингаузом 5 марта 1872 года. Изобретение Вестингауза стало поистине революционным для железных дорог, обеспечивая надёжное торможение, что, в свою очередь, расширило диапазон скоростей, с которыми могли двигаться составы тех лет. Вестингауз также предложил множество дополнений к своему изобретению, давшие возможность применять его в самых различных системах автоматического торможения. В 1893 году Конгресс США даже принял специальный «Закон об обеспечении безопасности на железнодорожном транспорте» (англ. Railroad Safety Appliance Act), делающий использование таких с (ru)
rdfs:label Fre Westinghouse (ca) Samočinná tlaková brzda (cs) Druckluftbremse (Eisenbahn) (de) Freno Westinghouse (es) Rem udara kereta api (in) Freno continuo automatico Westinghouse (it) Frein automatique (fr) 공기제동 (ko) 空気ブレーキ (ja) Westinghouserem (nl) Railway air brake (en) Hamulec zespolony (pl) Воздушный тормоз Вестингауза (ru) 空气制动 (zh)
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is dbp:products of dbr:Westinghouse_Brake_and_Signal_Company
is dbp:trainbrakes of dbr:Beep_(locomotive) dbr:Bombardier_ALP-45DP dbr:Pennsylvania_Railroad_class_O1 dbr:VL80 dbr:SBB-CFF-FFS_Ae_4/6 dbr:SBB-CFF-FFS_Be_3/5 dbr:SBB-CFF-FFS_Be_4/6_12301 dbr:SBB-CFF-FFS_Be_4/6_12302 dbr:SBB-CFF-FFS_Be_4/6_12303-12342 dbr:SBB-CFF-FFS_Ce_6/6 dbr:SBB-CFF-FFS_Ce_6/8_I dbr:SBB-CFF-FFS_Re_460 dbr:GE_45-ton_switcher dbr:NIR_101_Class dbr:NS_Class_1500 dbr:NZR_Q_class_(1901) dbr:MLW_RS-10 dbr:MLW_RS-18 dbr:MLW_RS-23 dbr:Siemens_ACS-64 dbr:BBÖ_181 dbr:BTB_E2E dbr:Baldwin_0-6-6-0_1000 dbr:Baldwin_DR-12-8-1500/2 dbr:Baldwin_DRS-4-4-1000 dbr:Baldwin_DRS-4-4-1500 dbr:Baldwin_DRS-6-4-1000 dbr:Baldwin_DRS-6-4-660NA dbr:Baldwin_DRS-6-4-750 dbr:Baldwin_DS-4-4-1000 dbr:Baldwin_DS-4-4-660 dbr:Baldwin_DS-4-4-750 dbr:Baldwin_RF-16 dbr:Baldwin_RP-210 dbr:Baldwin_RS-4-TC dbr:Baldwin_S-12 dbr:Baldwin_S-8 dbr:Baldwin_VO-1000 dbr:Baldwin_VO-660 dbr:Bangladesh_Railway_Class_6500 dbr:British_Rail_Class_56 dbr:British_Rail_Class_58 dbr:British_Rail_Class_59 dbr:British_Rail_Class_60 dbr:British_Rail_Class_70_(electric) dbr:British_Rail_Class_74 dbr:British_Rail_Class_89 dbr:CIE_141_Class dbr:CIE_181_Class dbr:CP_Class_2500 dbr:WAGR_D_class_(diesel) dbr:WAGR_K_class_(diesel) dbr:Westrail_DB_class dbr:ALCO_Century_425 dbr:ALCO_DH643 dbr:ALCO_DL-109 dbr:ALCO_DL560C dbr:ALCO_FA dbr:ALCO_MRS-1 dbr:ALCO_RS-1 dbr:ALCO_RSC-3 dbr:ALCO_RSD-1 dbr:DB_Class_111 dbr:DB_Class_120 dbr:DB_Class_240 dbr:DB_Class_E_10 dbr:DB_Class_E_40 dbr:DB_Class_V_160 dbr:EMD_DD35 dbr:EMD_F69PHAC dbr:EMD_FL9 dbr:EMD_GP15-1 dbr:EMD_GT38ACe dbr:EMD_LWT12 dbr:EMD_SDP40F dbr:EMD_SW1500 dbr:EuroSprinter dbr:Eurotunnel_Class_0031 dbr:FM_H-12-44TS dbr:FM_P-12-42 dbr:PKP_class_EM10 dbr:PKP_class_EP02 dbr:PKP_class_ET21 dbr:PKP_class_SM42 dbr:PKP_class_SM48 dbr:PKP_class_SP47 dbr:Henschel-BBC_DE2500 dbr:Iranian_Railways_AD43C dbr:TasRail_DC_class dbr:China_Railways_DF8 dbr:China_Railways_HXD1D dbr:China_Railways_HXD2 dbr:China_Railways_HXD3D dbr:LMS_Patriot_Class_5551_The_Unknown_Warrior dbr:LRC_(train) dbr:TCDD_DE11000 dbr:TCDD_DE24000 dbr:TCDD_DE33000 dbr:TCDD_DH3600 dbr:TCDD_DH7000 dbr:TCDD_DH9500 dbr:TCDD_HSL_700 dbr:Songun_Red_Flag-class_locomotive dbr:South_African_Class_10E dbr:South_African_Class_10E1,_Series_1 dbr:South_African_Class_10E1,_Series_2 dbr:South_African_Class_10E2 dbr:South_African_Class_11E dbr:South_African_Class_12E dbr:South_African_Class_14E dbr:South_African_Class_14E1 dbr:South_African_Class_16E dbr:South_African_Class_17E dbr:South_African_Class_18E,_Series_1 dbr:South_African_Class_18E,_Series_2 dbr:South_African_Class_1E dbr:South_African_Class_22E dbr:South_African_Class_2E dbr:South_African_Class_3E dbr:South_African_Class_4E dbr:South_African_Class_6E dbr:South_African_Class_6E1,_Series_1 dbr:South_African_Class_6E1,_Series_10 dbr:South_African_Class_6E1,_Series_11 dbr:South_African_Class_6E1,_Series_2 dbr:South_African_Class_6E1,_Series_3 dbr:South_African_Class_6E1,_Series_4 dbr:South_African_Class_6E1,_Series_5 dbr:South_African_Class_6E1,_Series_6 dbr:South_African_Class_6E1,_Series_7 dbr:South_African_Class_6E1,_Series_8 dbr:South_African_Class_6E1,_Series_9 dbr:South_African_Class_7E dbr:South_African_Class_7E1 dbr:South_African_Class_7E2,_Series_1 dbr:South_African_Class_7E2,_Series_2 dbr:South_African_Class_7E3,_Series_1 dbr:South_African_Class_7E3,_Series_2 dbr:South_African_Class_7E4 dbr:South_African_Class_8E dbr:South_African_Class_9E,_Series_2 dbr:South_African_Class_ES dbr:South_African_Class_Experimental_AC dbr:Sri_Lanka_Railways_M10 dbr:Sri_Lanka_Railways_M8 dbr:Sri_Lanka_Railways_W1 dbr:St._Louis_Car_Company_“Doodlebug” dbr:Indian_locomotive_class_WAG-11 dbr:Indian_locomotive_class_WAG-12 dbr:Indian_locomotive_class_WAG-6A dbr:Indian_locomotive_class_WAG-6B/C dbr:Indian_locomotive_class_WAG-9 dbr:Indian_locomotive_class_WAP-7 dbr:Indian_locomotive_class_WCAM-1 dbr:Indian_locomotive_class_WDG-4G dbr:Indian_locomotive_class_WDG-6G dbr:Indian_locomotive_class_WDM-2G dbr:Indian_locomotive_class_WDM-3 dbr:Indian_locomotive_class_WDP-4 dbr:Indian_locomotive_class_WDS-8 dbr:Krauss-Maffei_ML_2200_C'C' dbr:New_South_Wales_Z12_class_locomotive dbr:New_South_Wales_Z13_class_locomotive dbr:New_South_Wales_Z17_class_locomotive dbr:Raykent_LDH125 dbr:Raykent_LDH70 dbr:Rebel_(train)
is foaf:primaryTopic of wikipedia-en:Railway_air_brake