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Rolf Kurth
Registrace 26. 08. 2013
Fotografie und Electronic
Video
Camping RCN Port l’Epine
zhlédnutí 244Před 2 lety
Camping RCN Port l’Epine liegt an der bretonischen Küste. Ein kleiner Campingplatz mit einer persönlichen Atmosphäre.
Fotoexkursion im Dahner Felsenland mit Helmut Kruse
zhlédnutí 86Před 2 lety
Fotoexkursion im Dahner Felsenland mit Helmut Kruse
Die Blaue Stunde und die Milchstraße in der Röhn
zhlédnutí 32Před 3 lety
Die Blaue Stunde und die Milchstraße in der Röhn
DasGeleucht2
zhlédnutí 21Před 4 lety
Like a bright red buoy, "Das Geleucht" stretches into the night sky on the top of the Rheinpreußen slagheap in Moers. The oversized miner's lamp is considered one of the most striking works of art among the landmarks in the Ruhr area.
Rise of the Blood Moon in the Vulcanic Eifel
zhlédnutí 33Před 4 lety
Canon EOS 80D Tokina AT-X116 Pro DX II 11-16mm aperture 8.0, exposure time 1/10 sec until 25 sec focal length 15 mm ISO 100 - 320
Gesture control of a self balancing robot using Tensorflow
zhlédnutí 1,6KPřed 4 lety
In this project the robot is controlled by gestures. The gestures are recognized by a neural network. The neural network is based on Tensorflow lite.
self balancing robot based on Arduino Due (redesign)
zhlédnutí 2,3KPřed 4 lety
The two wheeled self balancing robot represents a robotic platform with two independently actuated wheels and center of gravity above the axis of the wheels rotation.The behavior of the robot is similar to the classical mechanical system of an inverted pendulum. Features of the Robot: • Arduino Due • Control of the robot via Joy Stick using Bluetooth • Stepper Motor, Unipolar/Bipolar, 200 Steps...
Self Balancing Robot via Stepper Motor
zhlédnutí 13KPřed 5 lety
Self Balancing Robot via Stepper Motor
How you make video
Hi, I really like your project and I am going to try it. I have a question: Why did you place the lipo battery so high?
The moment of inertia depends on the mass distribution in relation to the axis of rotation. The further away a mass element is from the axis of rotation, the more it contributes to the moment of inertia; the distance enters quadratically. If the density of the body increases toward the axis of rotation, its moment of inertia is smaller than if its mass were homogeneously distributed in the same volume. Therefore, for rapidly rotating planets, the flattening can be used to infer the density gradient. Examples, high wire artists with balancing rods In tightrope walking, long poles are preferably used as balancing aids. Compared to a compact body of the same weight, such as a sandbag, such a pole has a very large moment of inertia. Tipping to the side is not prevented, but slowed down so that the performer has enough time for a balancing movement. Rolf
Moin Rolf. Da sind dir sehr schöne Bilder gelungen. LG Stefan
Hallo🙋♂️ Wunderschön 👍👍👍Kraniche sind Majestätische Vögel❤️war eben auch,aber heute war nicht viel los😉 Jo
Awesome footages . Thanks for sharing. Big Like 1
Cost??
Can you give me gyroscope sensor Proteus library...?
Can you make a video on how to make this robot?
Hi rolf first of all, sorry for my english. I'm also trying to make a balance robot, but the materials I have are a little different. Materials I Have arduino due mpu6050 l298n motor driver 9 and 6 volt batteries How can I make a balance robot with the materials I have? Please can you help me I need it.
Nice job
Hello my friend, how are you? Your job is fantastic. Could you send me the step-by-step? I would like to do this work for a science fair. Can you help me?
That's a very nice self balancing robot. Can you share the codes sir? New subscriber here. Hope you can subscribe too. Thanks.
how do you control the output of the lipo battery? that is one of the questions that I have. I need a high voltage but with the drv8825 stepper drivers Im not sure how to control the current
wahnsinnig schöne Bilder, Rolf!