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Obijuan (Juan Gonzalez-Gomez) / Repositories. Home · Obijuan/3D-parts Wiki. 3D Scanning Yourself in High Resolution With a Camera: 5 Steps (with Pictures) Improve your prusa i3, switch, LCD display by brico3d. Screw adaptor heated bed by AlCampCW. MiniZowi, una versión de Zowi de Bq. Depués de las vacaciones, toca seguir con el blog y las creaciones 3D.
La verdad, ya tenía ganas. Esta entrada para mí es muy especial, ya que por fin he impreso mi primer robot.A este pequeño robot, más parecido a un juguete de niños grandes que a algo tecnológico, lo he llamado MiniZowi. El nombre es evidente; es una versión reducida del Zowi de Bq, reducida exactamente en un 30% respecto al original. El diseño 3D lo he realizado basándome en los planos del Zowi original, siguiendo la proporcionalidad entre cabeza, piernas y pies. He tenido que incluir algunas modificaciones para conservar la estabilidad en algunos movimientos, ya que MiniZowi se caía por culpa de la distribución de pesos en la primera versión que realicé. En su interior, el diseño es completamente distinto al ser la electrónica completamente diferente al original. Tresdeland - Tu mundo 3D. Otto - build your own robot in two hours! Who is Otto?
An interactive robot that anyone can make! What can Otto do? Otto walks, dances, makes sounds and avoids obstacles. Why Is Otto special? Otto is completely open source, Arduino compatible, 3D printable, and with a social impact mission to create an inclusive environment for all kids. Otto was inspired by another robot instructable BoB the BiPed and programmed using code from another open source biped robot called Zowi. Otto's differences are in the assembled size (11cm x 7cm x12cm), cleaner integration of components and expressions. Otto is design using Autodesk 123D Design software you can modify it for customization or further improvements! This step by step focuses on how to build the Otto DIY version - yes, more Ottos are coming and you can stay tuned for updates by subscribing on ottobot.org Step 1: First gather all parts and tools Gather all the off the shelf parts that you'll need for this assembly. 1.
Impresión 3D de los favoritos de Arquímedes. Arquímedes estaba a la vanguardia de la antigua tecnología griega, pero seguramente podría haber aumentado su capacidad de comunicarlo a la gente de su tiempo de haber tenido una impresora 3D.
Una de las pruebas favoritas del gran pensador fue demostrar de forma matemática que una esfera encaja exactamente dentro de un cilindro rellenando dos tercios de su volumen. Una representación de esto se muestra en su tumba. Ahora, con motivo del aniversario de su nacimiento hace 2.300 años, Elizabeth Slavkovsky y Oliver Knill, de la Universidad de Harvard, han utilizado una impresora 3D para crear un objeto con las dimensiones precisas necesarias para demostrarlo de forma visual.
Ellos han imprimido una versión ligeramente diferente de la prueba, un hemisferio hueco que soporta encima un cilindro, el cual contiene un cono que ocupa un tercio del volumen del cilindro. Se llena el hemisferio con agua y se drena dentro del cilindro, llenándolo exactamente hasta el borde. 3 - Formas sombreadas. Robótica en el IES Alfonso Moreno de Brunete.
Trastejant. BoB the BiPed. Did you buy an arduino after seeing all the cool instructables and now you tired of just making LEDs blink?
Are you envious of all the cool walking robots people are building but don't have the experience or cash for all of those servos and expensive brackets? Here is your solution meet BoB the 4 servo mini biped robot. Bob is both easy to build and very cheap to assemble and yet is loaded with personality and endless expansion capabilities. So how did BoB come to be? After wanting and drooling over all the 3d printers(still don't have one) and cool stuff being built. i was offered and opportunity to design a robot and have it printed for me and so bob was born.
What are future plans for BoB?