background preloader

The Automata Blog

The Automata Blog

Westlake Publishing Company - Prototype and Modeling Information for All Scales - Superior Books for Model Railroaders Bob Potts - M.A.D.GALLERY Geneva In his one-man workshop housed in an 1850s barn, Potts creates ethereal kinetic sculptures capturing the very essence of natural rhythmical movements like the flight of birds or the oars of boats in his inimitable style. Born in 1941, the artist is a connoisseur of form, movement, and visual grace. "My work is the manifestation of ideas that come to me from the natural world. The grace and form of all living things, and the way they interact, leaves me in awe." The New York state-based artist manages to capture this reverence for nature by using a pallet of gears, cranks, sliders, levers and chain links to create kinetic sculptures. Despite their apparent intricacy, the pieces are surprisingly minimalist. Capturing the very essence of natural rythmical movements "In the movements of each piece, every part is necessary.

Electronic Automata Servo Programmer To program our electronic, servo controlled automata we use two software applications: Visual Show Automation (VSA) by Brookshire Software and TrackSkull by MonkeyBasic, both rely on visual approach to animatronics rather than having to input code to program the servo movements. The Visual Show Automation timeline is similar to an animation program, the horizontal bars (frames) on the computer screen define the position of each servo, the bar ends trigger the start/stop times creating the programmed movement of the automaton: e.g. head forward and back / side to side / left hand raised / right arm raised. As in animation, the bars can be repositioned, stretched or overlapped to change the sequence and timing of the motion. The servomotors, programmed at different forward and reverse speeds, alone or in unison, create the effect of an animatronic figure. Cam Plotter Upgrading the System Servo Programmer Cam Plotter Upgrading the System

HOME | SS1 Homepage | Miniatur Wunderland Hamburg Last Date. : 7 Steps (with Pictures) - Instructables I acquired the following parts: One N20 100RPM 6VDC gear motor. One 2AAA battery holder with on/off switch. Two AAA batteries.One normally open momentary pushbutton switch (must fit a 13.00mm hole). The attached file "Parts.pdf" contains the name, quantity, infill, layer height and support of all 3D printed parts I printed for this mechanism. This mechanism is a high precision print and assembly using at times very small precision 3D printed parts in confined spaces with highly precise alignment. This mechanism also uses threaded assembly, so I used a tap and die set (6mm by 1, 8mm by 1.25) if required for thread cleaning. I acquired the following parts: One N20 100RPM 6VDC gear motor. The attached file "Parts.pdf" contains the name, quantity, infill, layer height and support of all 3D printed parts I printed for this mechanism. This mechanism is a high precision print and assembly using at times very small precision 3D printed parts in confined spaces with highly precise alignment.

Related: