Świetne-filmy.com

Aerodynamic SmartBird flight model - Bird flight deciphered: www.festo.com Aerodynamisches Flugmodell SmartBird - Vogelflug entschlüsselt: www.festo.com --------------------------------------------------------------------------------------------------------- SmartBird is an ultralight but powerful flight model with excellent aerodynamic qualities and extreme agility. With SmartBird, Festo has succeeded in deciphering the flight of birds - one of the oldest dreams of humankind. This bionic technology-bearer, which is inspired by the herring gull, can start, fly and land autonomously -- with no additional drive mechanism. Its wings not only beat up and down, but also twist at specific angles. This is made possible by an active articulated torsional drive unit, which in combination with a complex control system attains an unprecedented level of efficiency in flight operation. Festo has thus succeeded for the first time in creating an energy-efficient technical adaptation of this model from nature. --------------------------------------------------------------------------------------------------------- SmartBird ist ein ultraleichtes, aber leistungsstarkes Flugmodell mit einer hervorragenden Aerodynamik und maximaler Agilität. Mit SmartBird ist es Festo gelungen, einen der ältesten Menschheitsträume zu entschlüsseln: den Vogelflug. Der von der Silbermöwe inspirierte, bionische Technologieträger kann von selbst starten, fliegen und landen - ohne zusätzlichen Antrieb. Seine <b>...</b>

Bionic Bionik bird flight flapping wing active torsion articulated torsional drive functional integration aerodynamic aerodynamics lightweight ornithopter model flight flight model herring gull Vogelflug Schlagflügel Flügelschlag aktive Torsion Gelenktorsionsantrieb Funktionsintegration aerodynamisch Aerodynamik Leichtbau Modellflug Flugmodell Silbermöwe Festo HQ

Video of the FESTO AirJelly www.festo.com This new concept of a jelly fish that flies through the air has been presented by Festo at the 2008 Hannover Messe in Germany. Please read out blogpost airshipworld.blogspot.com for more information. Copyright by Festo put on Youtube because the Video did not work on the Website

airhip jellyfish balloon helium airshipworld

www.festo.com Bionic projects in the technical automation

bionic learning network aqua penguin robot penguin finray fin ray biomechatronics Festo HQ

www.festo.com - The Bionic Handling Assistant is a light, free-moving "third hand" system. Thanks to its structural compliance, direct contact between humans and machines humans and machine is now no longer a danger.

Festo Bionic Handling Assistant HQ

this robots are cooll!! u gotta see this.are not very good dj's but great dancing skillz:D btw doin this wid robots is awesome

festo dj robots jump kriss kross maruchi 18

www.festo.com 2010 projects of the Festo Bionic Learning Network

Festo Bionic Handling Assistant tripod 2.0 cyberkite modular lightweight HQ

www.ted.com Plenty of robots can fly -- but none can fly like a real bird. That is, until Markus Fischer and his team at Festo built SmartBird, a large, lightweight robot, modeled on a seagull, that flies by flapping its wings. A soaring demo fresh from TEDGlobal 2011.TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes. TED stands for Technology, Entertainment, Design, and TEDTalks cover these topics as well as science, business, development and the arts. Closed captions and translated subtitles in a variety of languages are now available on TED.com, at http Follow us on Twitter www.twitter.com Checkout our Facebook page for TED exclusives www.facebook.com

Markus Fischer TED tedtalks tedglobal robot robots bird flying robot flight fly like a bird Festo smartbird animals biomechanics biomimicry design robot design Technology seagull model flying model aerodynamic aerodynamics wings flapping its wings linear kinematics gliders build a flying robot automation lightweight airflow science of flying life-like robot imitation a robot that can fly wingspan innovation mimicry mimic a bird future of robots science of flight Director

www.festo.com SmartBird is an ultralight but powerful flight model with excellent aerodynamic qualities and extreme agility. With SmartBird, Festo has succeeded in deciphering the flight of birds - one of the oldest dreams of humankind. This bionic technology-bearer, which is inspired by the herring gull, can start, fly and land autonomously -- with no additional drive mechanism. Its wings not only beat up and down, but also twist at specific angles. This is made possible by an active articulated torsional drive unit, which in combination with a complex control system attains an unprecedented level of efficiency in flight operation. Festo has thus succeeded for the first time in creating an energy-efficient technical adaptation of this model from nature.

Festo smartbird Bionic Bionic Learning Network bird flight deciphered decoded plapping wing active torsion articalted torsional drive functional integration aerodynamic lightweight ornithopter model flight flight model herring gul seagull robot automation condition monitoring HQ

The fluidic muscle from Festo, in combination with the Fin Ray Effect®, constitutes Aqua_rays central propulsion and control unit. The Fin Ray Effect® is a construction that is derived from the functional anatomy of a fishs fin and imitates almost perfectly the mode of propulsion executed by the natural model. It is entirely due to the mechanics of the fin rays-bony rods that constitute the fins supporting structure that the wing can be arched to ensure even distribution of forces; this makes for a highly efficient drive mechanism. www.precisionpneumatics.co.uk

Water Hydraulic Manta Ray Mechanics Gadget Environment Electronics Festo matthew 070978

Airics_arm is a robot arm with artificial bones and muscles. A total of 30 muscles move the bone structure which, as with our own arms, consists of ulna and radius, metacarpal and finger bones, a shoulder joint and a shoulder bone-joints that are otherwise not encountered in this formin the world of technology. Airics bones have not grown of their own accord, nor do they automatic- ally heal following a fracture. They were designed on computer and are grown in a three-dimensional polyamide structure using a state-of-the-art laser sintering process. The muscles, a product of Festo, are already widely found in industrial application under the name of Fluidic Muscles. These are tubes of elastomer reinforced with aramide fibres. When a Fluidic Muscle is filled with compressed air, its diameter increases and it is simultaneously shortened. www.precisionpneumatics.co.uk

Festo Robot arm Mechanics Gadget matthew 070978

Thomas Lichtenberger is the President of Festo. He is here at the 40th WorldSkills Competition in Calgary to support the Competitors and supply equipment for the Competition. He will be supporting WorldSkills Competitions for years to come.

worldskills Calgary WSC2009 worldskillstv Festo World Skills TV

www.festo.com - The Bionic Learning Network's motto for the Hanover Fair 2007 was "innovative drive concepts inspired by nature" -- whether on Earth or in space, in the depths of the ocean or high in the air.

Bionic Learning Network Festo HQ

www.festo.com

festo air ray jlocioso

Aerodynamic SmartBird flight model - Bird flight deciphered: www.festo.com --------------------------------------------------------------------------------------------------------- SmartBird is an ultralight but powerful flight model with excellent aerodynamic qualities and extreme agility. With SmartBird, Festo has succeeded in deciphering the flight of birds - one of the oldest dreams of humankind. This bionic technology-bearer, which is inspired by the herring gull, can start, fly and land autonomously -- with no additional drive mechanism. Its wings not only beat up and down, but also twist at specific angles. This is made possible by an active articulated torsional drive unit, which in combination with a complex control system attains an unprecedented level of efficiency in flight operation. Festo has thus succeeded for the first time in creating an energy-efficient technical adaptation of this model from nature.

Festo Bionic smartbird Bird flight flapping wing active torsion articulated torsional drive functional integration aerodynamic aerodynamics lightweight ornithopter model flight flight model herring gull HQ

Bionic Tripod 3.0 - Flexible gripping and dynamic movement: www.festo.com Bionic Tripod 3.0 - Flexibel greifen und dynamisch bewegen: www.festo.com --------------------------------------------------------------------------------------------------------- Thanks to its low weight, the Bionic Tripod 3.0 can be moved in an energy-efficient and highly dynamic manner. The low centre of gravity of the entire system provides additional stability for precise alignment with short travel. With its DHDG-W-80 adaptive gripping finger incorporating the Fin Ray Effect®, Bionic Tripod 3.0 can securely grasp objects of various shapes and contours located above it in a form-fitting manner and deposit them to the side. The working and drive levels are spatially separated by the work surface. The system's drive unit is safely located and protected beneath the work surface. --------------------------------------------------------------------------------------------------------- Durch sein geringes Gewicht lässt sich der Bionic Tripod 3.0 energieeffizient und hochdynamisch bewegen. Der niedrige Schwerpunkt des gesamten Systems verleiht zusätzliche Stabilität für eine präzise Ausrichtung mit kurzen Verfahrwegen. Mit seinem adaptiven Greiffinger DHDG-W-80 mit Fin Ray Effect® kann der Tripod formschlüssig und sicher über Kopf greifen und Objekte unterschiedlichster Form und Kontur seitlich ablegen. Die Arbeitsplatte trennt Arbeitsebene und Antriebsebene räumlich. Die Antriebstechnik des Systems <b>...</b>

Bionic Bionik Festo automation tripod handling overhead überkopf lightweight leichtbau greiffinger gripping finger adaptive flexible human-machine interaction Mensch-Maschine-Interaktion HQ

www.festo.com - Das automatisierte Drachensystem Zukunftsweisendes mechatronisches System, das durch intelligente Regelungstechnik die Kräfte der Natur beherrschbar macht. www.festo.com - Automated kite system Pioneering mechatronic system which controls the forces of nature with the aid of intelligent control technology.

cyberkite automatisiertes Drachensystem Biomechatronik automatisierter Drachen automated kite system biomechatronics

www.festo.com - Autonome Qualle mit kollektivem Verhalten Selbststeuerndes System mit ausgeprägtem kollektivem Verhalten dank intelligenter Sensorik. Peristaltischer Rückstoß-Antrieb durch acht Tentakel mit Fin Ray Effect® www.festo.com - Autonomous jellyfish with collective behaviour A self-controlling system with a strong tendency towards collective behaviour, thanks to intelligent sensors. Peristaltic recoil propulsion from eight tentacles with Fin Ray Effect®.

Festo Aquajelly Schwarm verhalten automation bionik swarm behaviour bionic HQ

www.festo.com - Molecubes -- Attraktives programmierbares Robotersystem In der technischen Ausbildung der Zukunft können schon bald die Molecubes eine wichtige Rolle spielen. Die mit Computerchips ausgestatten Würfel werden aneinander gesteckt. Alle Molecubes kommunizieren miteinander. www.festo.com - Molecubes -- an attractive programmable robotics system Molecubes could play a significant role in technical training in the near future. These cubes, fitted with computer chips, can be successively attached to each other. Each Molecube communicates with all the other cubes.

Lernplattform educational platform Lernen learning Molecube Systems cubes Würfel Molecubes Programmieren programming high level Roboter robotics Selbstevaluation self evalaution evaluation Bionik controller PC Worx biomimetric biomimicry Bionic Network module Modul modular robots Modulare Robotik Biomechatronik biomechatronics Festo HQ

Emisor de señal

Festo josh 747

www.festo.com - Selbstständig navigieren Autonomes Manövrieren -- auf engstem Raum und sogar rückwärts. 3D-Sonar ermöglicht ein Kollektivverhalten durch Kommunikation mit der Umwelt, ähnlich wie bei Delfinen. www.festo.com - Autonomous navigation Autonomous manoeuvring -- in tight spaces and even backwards. The 3D sonar system enables collective behaviour -- similar to that of dolphins -- through communication with the environment.

bionic learning network bionics bionik schwarm swarm robot roboter Festo HQ

The Festo Penguin flies around the Gadget Show.

Festo Penguin flies around Gadget Show Live Gadget Show live 2010 Best Buy UK

Second year SAIT students in diploma program Automated Systems Engineering Technology were challenged to build, wire, and program Festo's Modular Production System (MPS) Learning systems. Audio and video original and mastered by Matt Stel, An Anthropomorphic Spirit - Anthropomorphic.Spirit@gmail.com. Check out my other videos to learn more about Automated Systems Engineering Technology at SAIT.

student project electronics SAIT SA IT Calgary Second year students diploma program Automated Systems Engineering Technology were challenged build wire and Festo mat Modular Production System MPS Learning Audio video original mastered Matt Stel mat stel Anthropomorphic Spirit Matt Stel ASNT North ASNT North Robotics automation assembly competition polytechnic education Ascenti Mechatronics SAIT Polytechnic mps station station pneumatics electropneumatics simulation PLC me

Robotic Seagull looks like a real bird.

Robotic bird flight seagull aviation birds LUCKYLOONIE

www.festo.com - In Echtzeit bewegte Architektur Interaktion mit dem Betrachter: Die sieben Wandelemente setzen in Echtzeit das Verhalten von Menschen vor der Wand in Bewegung, Licht und Musik um. www.festo.com - Architecture moving in real time Interaction with the observer: the seven wall elements transform the behaviour of people standing at the wall into motion, light and music in real time.

interaktiv wand interactive wall bionic learning network bionik bionics Festo HQ

www.festo.com

bionic learning network Festo HQ

Old FESTO MPS and SIEMENS PLC

FESTO MPS Hódmezővásárhely SIEMENS jkurusa

Flying robots at Hannover Messe April 2009. Produced by German company Festo. The robots are built to imitate the movements of penguins that are swimming.

Festo robots bionic Robotshopen

Robotino® XT - A mobile learning system with the Handling Assistant: www.festo.com --------------------------------------------------------------------------------------------------------- Robotino® XT is a mobile robot application that comprises both a learning system and a research object for future industrial usage. It is based on the Robotino® mobile learning robot developed by Festo Didactic. This system, which has already been established at universities and vocational schools, is being extended with the addition of a compact version of the Bionic Handling Assistant. Robotino® XT can not only manoeuvre in cramped spaces - with twelve degrees of freedom in all, this robot can move flexibly and can extend its adaptive gripper with high precision.

Autonomous robot mobile learning robot learning system Bionic Handling Assistant youth children students universities learning technology pneumatic gripper arm Festo Didactic logistics competition Festo HQ

Electroquip brings you the Festo Airpenguins Seeing is believing - The Festo Airpenguin breaking into new bounderies for Factory Automation, by using ideas developed from nature Penguins are fascinating creatures which have lost their ability to fly in the course of their phylogenetic development as marine birds. With the AirPenguins, the engineers have created artificial penguins and taught them "autonomous flight in the sea of air". The knowledge acquired from this research project of Festo's Bionic Learning Network is to be put to use for future requirements in the automation of production processes. AirPenguin -- technology-bearers for adaptive flapping-wing mechanisms The AirPenguin is an autonomously flying object that comes close to its natural archetype in terms of agility and manoeuvrability. It comprises a helium-filled ballonett, which has a capacity of approx. 1 cubic metre and thus generates approx. 1 kg of buoyant force; at each end of the ballonett is a pyramid-shaped flexible structure of four carbon fibre rods, which are connected at joints by a series of rings spaced approx. 10 cm apart. The rings together with the carbon fibre rods yield a 3D Fin Ray® structure that can be freely moved in any spatial direction. The Fin Ray® structure was derived from the anatomy of a fish's fin and extended here for the first time to applications in three-dimensional space. Each pair of spatially opposed carbon fibre rods is connected via bowden wires and a double <b>...</b>

Festo electroquip festo airpenguin airpenguin festo air penguin festo factory automation fin ray 3d fin ray electroquip automation factory automation festo bionic systems Festo bionic Bionic Fin Ray Festo fish fin action TV

ProLog Factory: Logistics -- Communication -- Mechatronics -- Robotics www.festo-didactic.com -------------------------------------------------------------------------------------------- Kanban -- Junst-in-sequence -- order tracking: the new "training platform" for logistics, communications technology, mechatronics and industrial engineering. The ProLog learning factory encompasses 3 main areas: • The production line consists of various stations for manufacturing individual parts. • The order pulling station includes a robot for automatic order pulling (on pallets). • The warehouse comprises an intermediate storage area for work orders (pallets), as well as a receiving department (for the return of empty pallets) and a shipping department (3 outlet chutes) for shipping orders. Material flow Material flow and other processes demonstrated by the ProLog learning factory represent the duplication of an actual production facility with integrated shipping warehouse. The learning factory is equipped with various intermediate buffers and magazines for raw materials, as well as a storeroom for individual parts. In accordance with customer purchase orders, individual parts are fed to the order pulling robot just-in-sequence (JIS), which compiles work orders on pallets. Mobile robots equipped with stacking forks take the pallets and place them into storage in a high-rise warehouse, or transport them directly to the shipping department. Training content The Prolog learning factory <b>...</b>

Festo Didactic prolog Factory production prolog MPS Robotics Learning factory Education Mechatronics system Automation Automatisierung Modular Production System Mobile Communication HMI SPS Training Handling Sensoric Kanban Just in sequence Didactic Festo

Diepenbrock: Mass; part 1(1/1): Kyrie. Performance St. John's Cathedral, Den Bosch, The Netherlands, 1985 THE LIFE AND WORK OF ALPHONS DIEPENBROCK ======================================== Alphons Diepenbrock was born in Amsterdam on 2 September 1862 in a well-to-do Catholic family. His early ambition was to become a conductor and composer, but his parents, wary of an uncertain future, opposed this which led him to study classical languages instead. After his doctorate (1888) for a thesis on Seneca, he became a teacher of classics at the grammar school in Den Bosch. In 1895 he married and returned to Amsterdam making a living by giving private tuition in Latin and Greek and by writing articles on music, painting, literature, philology and cultural history, inspired essays bearing witness to wide reading and great erudition and also showing substantial literary talent. With these writings he also pitched himself into the midst of the debate on the direction in which art should follow in the coming century. He was filled with ideals, widely cherished at the time, of community life centred around a mystical religiosity, in which the arts would together provoke higher thoughts in the people. His first breakthrough as a composer came with the first performance, by Willem Mengelberg and the Amsterdam Concertgebouw Orchestra in 1900, of the two 'Hymnen an die Nacht' for voice and orchestra. The première two years later of the grandiose Te Deum for double choir, soloists and <b>...</b>

diepenbrock mass missa solemnis dutch composer carminum

This is also FESTO MPS station. We applied cam mechanism, DHTG index table and Festo components for the task of the national skills competitions. Please try it with local Festo Didactic.

Festo Didactic MPS Robot stations with Unknown station Distribution Testing Sorting mechatronics national skill competitions worldskills 教育機器 教育実習装置 メカトロニクス 技能五輪 MPSステーション 新規ステーション フエスト 教育事業部 Industry automation modular production 메카 트로닉스 机电一体化 機電一體化 الميكاترونيك مکاترونیک Mekatronik mechatronica meccatronica mehhatroonika Μηχατρονική FJPNSC

Discover the Festo AirPenguins and how they work as they gracefully swim through the air at Royal Festival Hall, part of See Further: The Festival of Science + Arts.

airpenguin henrylau to upload approvedcm Royal Society

Más en dseos.blogspot.com

dseos festo airmotion ride Seos Blog

www.festo.com - Auf der Erde, im Weltraum oder im Ozean: Der Humanoid realisiert hochkomplexe Bewegungsabläufe Eine ganz andere Form der bionischen Arbeit leisten fluidische Muskeln von Festo beim Humanoiden Muskelroboter, einem Gemeinschaftsprojekt mit der EvoLogics GmbH und dem Fachgebiet Bionik und Evolutionstechnik der TU Berlin. www.festo.com - On Earth, in space or in the ocean, the Humanoid realises highly complex motion sequences Festo's fluidic muscles perform a completely different kind of bionic task in the humanoid muscle robot, which is a joint project of EvoLogics GmbH and the Faculty of Bionics and Evolutionary Technology at the TU Berlin.

Humanoider Muskelroboter Roboter Fluidischer Muskel künstlicher Festo HQ

High-speed handling of small loads in a 3D space available from Electroquip System with standard components from our modular handling system Benefits: Up to three times quicker than Cartesian systems and requiring less space Max. acceleration of 50 m/s² and speed of 3 m/s with 1 kg load High rigidity and stability and low moving masses for high dynamic response with large effective loads Optimally adapted motor-controller combinations and contour control Easy programming and commissioning via the handheld CDSA terminal, with plain-language interface and teach-in function Complete system product from Festo plug and work®: from engineering through to commissioning from Electroquip Technical data Size 360, 500, 600 Working space [mm] Max. 700 diameter Max. 250 working height Effective load [kg] Max. 5 Intermediate position Any Repetition accuracy [mm] ±0,1 Contour accuracy at 300 mm/s [mm] ±0,3 Speed [m/s] with 1 kg load 3 Acceleration [m/s²] 50 Servo motor EMMS-AS and controller CMMP-AS Contour control CMXR To discuss your Pick and Place applications in more detail plase contact us at electroquip E :sales@electroquip.co.uk T :UK (+44) 01795 473714 W :www.electrquip.co.uk

Festo Tripod Tripod Electroquip Tripod Festo Pick and Place High Speed Handling Modular Handling System Festo Festo Robot Robot Festo Handling Systems Handling System Electroquip Handling System Bionic Tripod Festo Bionic Tripod electroquip TV

Video of the normal operation in our storage station, designed and programmed in the Automation and Electronic Laboratory of the Carlos III University (MADRID)

Storage Station Festo Automation Electronic Laboratory Uc3m edugilfilms

MADE IN TWO DAYS !!! An Application made for the 20th Anniversary of Festo in Greece. "What you can do with the automation program of Festo." The base components of this application are: 1. A Valve Terminal CPV wit FB Netware 2. Pneumatic Cylinders 3. PLC controller FEC 4. Filter -pressure Regulator 5. Tubing & connenctors You can hear "Happy Birthday" and "The Road" by Manos Loisos. For farther questions -comments send an email to info_gr@festo.com

AIR PNEUMATIC FESTO FESTOGR GR

www.festo.com - Das technische Prinzip des Bionischen Handling-Assistenten

Bionik Bionic Learning Network Bionischer Handling Assistent Festo HQ

German University in Cairo team GUC pharaohs clip of participation in the Festo Hockey Challenge Cup 2009 held in Graz, Austria

GUC pharaohs robotino festo hockey challenge cup graz austria robocup 2009 husfahmy

Sample application of the new Parallel Kinematics robot "Tripod" by FESTO. Max acceleration: 100 m/s2; max speed: 10 m/s; ISO cycle: up to 120 picks per minute; max payload: 3Kg. Fluidodinamica Srl is System Integrator Partner of FESTO Italy for Handling and Robotics. More info on www.fluidodinamica.com

handling robotics festo fluidodinamica parallel kinematics tripod SRL

FESTO learning products are modular production systems. Easy modifications put Interesting training into the class room. All students' motivation must be maintained. You can try a variety of actuators and any kind of components, too. These modifications were completed by participants within 6 hours.

Festo Didactic MPS Robot stations with Unknown station Distribution Testing Sorting mechatronics national skill competitions worldskills 教育機器 教育実習装置 メカトロニクス 技能五輪 MPSステーション 新規ステーション フエスト 教育事業部 Industry automation modular production 메카 트로닉스 机电一体化 機電一體化 الميكاترونيك مکاترونیک Mekatronik mechatronica meccatronica mehhatroonika Μηχατρονική FJPNSC

"Air Ray" Dirigible robot from Festo. Find out more at Hizook.com -- www.hizook.com

Hizook.com robot Festo Air Ray dirigible hizook

In festo transfigurationis domini nostri Jesu Christi S. 188 (1880) Not likely to open a recital or be encored, but this is a gem of sublime and spiritual expression.

liszt chopin schumann brahms Hexameron

festo pneumatic muscle powered car for cyber junkyard challenge 2011

festo siemens lappgroup fluidic muscle pneumatic car brettb 2516