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Paper: triangles with an edge length of 7 cm, Kraft paper
Modules: face modules
Model: Yuval Evron
Book: The Saturday Afternoon Public Library Origami Club Manual, p. 60/1
Platform end module.
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230 parts without track modules.
434 parts with track modules.
Very high setting render from Stud.io with custom decals done in the PartDesigner tool.
Lunar Module Replica One half of the Apollo spacecraft, the Lunar Module (LM) enabled two astronauts to land on the Moon while a 3rd astronaut orbited in the Command Service Module (CSM). The LM was designed to operate in space and never return to Earth. After exploring the moon, the astronauts took off in the upper half of the LM, (the Ascent Stage) to meet up with the CSM for a ride home. The AS then crashed back on the Moon, leaving the Descent Stage on the surface as a monument to humanity’s 1st exploration of another world. A total of 10 LMs flew between 1966-1972. Replica built by the Kansas Cosmosphere and Space Center. (Information extracted from - evergreenmuseum.org/the-museum/aircraft-exhibits/space-fl...)
Modular criada com Lego em papel dupla face para o Projeto Giramódulo. www.zenorigami.blogspot.com/2014/06/projeto-giramodulo-ou...
Music: Right Click and select "Open link in new tab"
www.youtube.com/watch?v=4xUSbYVCfN0
Modul 29_14 · Nik Bärtsch's Mobile - Continuum
Kurs M9.1. – Teza i Kurs M9.2. – Projekat:
TRADICIJA VS. INOVACIJA
Nastavnik:
arh. Ivan Rašković, vanredni profesor
Cilj zadatka je aktivacija interdisciplinarnih znanja i kompetencija stečenih tokom studija arhitekture i usmeravanje ka istraživanju man made prostora, smeštenog u okvir savremenog. Cilj nastave je usmeren na preispitivanje shvatanja delatnosti arhitekture i urbanizma, kao dela ukupne kulturne sfere društva. Kompleksnost zadatka zahteva širi socio-kulturološki pristup, koji podrazumeva anticipaciju epohe koja nastaje, kao i shvatanje da ona neizbežno sadrži elemente prošlog i budućeg.
www.arh.bg.ac.rs/programi/master-akademske-studije-arhite...
Paper: triangles with an edge length of 7 cm, Kraft paper
Modules: face modules
Model: Yuval Evron
Book: The Saturday Afternoon Public Library Origami Club Manual, p. 60/1
Copyright © 2020 by Craig Paup. All rights reserved.
Any use, printed or digital, in whole or edited, requires my written permission.
The Universal Modules are widely applicable carrier modules designed to accommodate many different tools. The versatility of these modules makes configuring the cutting system for specific cutting needs very easy and cost-effective.
Further details: www.zund.com/en/universal-module
old model, this one was made during teaching in Geneva convention this year, but I didn't finish it, today I decide to finish it and finally I found a way how to stabilize it better...
one small crease could make it!
from 16 units (squares 7.5cm),
unit derived from cedison's unit for woven wreath
Diagram for making units and for joining them together (new version with this additional crease)
30 units
Designer: Francesco Mancini
Folder: Francesco Mancini
Paper: Kami
Unit size: 1:sqrt2
Inspired by Silvana Mamino's Modulo semplice
Music : Right Click and select "Open link in new tab"
www.youtube.com/watch?v=quP6i02eFZM
Modul 29 · Nik Bärtsch
Dear Students we are going to see strategic management right one of your papers and theory in IPCC right now this strategic management is journey of business towards perfection and efficiency now the chapters we are going cover now are Business Environment, Business Policy and Strategic Management, Strategic Analysis, Strategic Planning, Formation of Functional Strategy, Strategy Implementation and Control, Reaching Strategic Edge so these are the seven chapters that cover in SM, now let’s see something about pattern of SM it’s for 50 marks as everyone is aware of. Section B covers this paper answer is separate yes booklet question number A that’s our first question in this subject, which is compulsory for 15 marks right and how it is 5 questions each 3 marks, answer any 5 questions from the rest 6 and 7 marks right and 5 questions gives you 35 so totally 50 Maximum 4 mark minimum 1 mark.
Now let see business environment our first chapter. So children’s we see definition of business given by B. O. Wheeler now “Business is an institution which is perfectly organized and operated corrected, proper arrangements are made for doing business to provide goods and services to society under the incentive of private personal gain this what the wheeler said about the business.
Now see what Lui Haney said business is a human activity directed towards producing and acquiring wealth through buying and selling that means buy karo sell karo and you gain that is business now meaning of business is different for different people right let us understand Entity view->Company Corporation and few for few people it is process buying up selling products and few others its like profession or an occupation now according to peter drucker's What is business which is created by and managed by all of us group of peoples they take designs and that design ha an some of the other result or outcome of the entire business. true for each and every business. its not only profit it includes development of wealth, goodwill, societal factors, relations etc. and much much more that is business according to Peter Deuckers. right kids, now lets see the objective, basic objective kya hai.
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Design by Masha Athanasiadi
Fold by Annette Bussmann
30 Units
Ratio 1 : 1
My final size: 11 cm
Diagram: Kusudama Bouquet No. 11
De eerste trampoline module wordt opgesteld en getest. Deze module bevat 2 XM-motoren elk met een quadrature encoder die 32 pulsen per worm omwenteling heeft. De base rotatie bestaat uit een tandwiel van 58 Tanden. Hierdoor zijn er 58x32 = 1856 pulsen per volledige toer beschikbaar. Dit komt overeen met een hoek van 360/1856= 0.194 graden per puls.
De trampoline heeft een tandwiel segment uit 80T. hierdoor zijn er 80x32= 2560 pulsen per toer beschikbaar. De hoek instelling is 360/2560= 0.14 graden per puls.
Quadrature encoders geven nooit fouten. Deze tellers lopen onder hardware van de FPGA. Zelfs als de software uitvalt blijven de tellers hun juiste toestand behouden. Ook als je zelf zou manueel verdraaien. Bij de powerup moet eerst een calibratie gedaan worden via een homepunt. Op dit punt wordt de teller op nul geplaatst. Deze detectie wordt gedaan met een kleine neodym magneet en een hall detector chip. Zolang het homepunt actief is wordt de teller op nul gehouden.
De foto toont de afstelling om de ballen precies in het midden van de eerste trampoline in te stellen. Daarvoor zit bovenaan een X-Y tafel die manueel kan verschoven worden. Met een uitlijn gewiocht aan de touw zie je precies waar de bal zal vallen. De frame hiervoor is uit aluminium proefielen gemaakt om heet stabiel te zijn. Elke trilling bij het vallen van de ballen moet vermeden worden.
In totaal zijn er al 4 volledige trampoline modules klaar en getest. Straks worden die ook opgesteld. De eerste centrale trampoline kan dan de ballen sturen naar een van de 3 andere trampolines. Iedere andere trampoline kan op zijn beurt de ballen naar 3 verschillende funnel modules sturen. Door de juiste programmering kunnen er zo 9 uitgangen gebruikt worden. Of het voldoende stabiel zal werken moet ik nog verder uit testen.
Op de achtergrond zie je dat ik een 2de SPI motor module heb gemaakt. Zo heb ik nu in totaal 12 motoren beschikbaar met 48 input signalen. Alle motoren mogen gelijktijdig gestuurd worden en iedere hardware teller kan tot 15 Khz pulsen verwerken. De LCD display van de FPGA box kan op ieder ogenblik realtime alle signalen op het scherm weergeven. Ook servo waarden en analoge waarden zijn altijd afleesbaar via verschillende pages. Dit werkt onafhangkelijk van een aangesloten TXT Controller.
My first attempt at a modular weapon for PincerCommander's contest. Don't really think I'll continue down the modular path, I prefer good ol' super glue. Also, sorry for the crappy lighting, I still haven't gotten a light box set up so this was literally taken in my lap with my phone.
I added more modules for this tessellation. More can be added but I have to stop somewhere. Instead of leaving empty, the parts which are not tessellated, I added “half” Modules to end the assembly. The Y-Joint Modules are folded from 2x1 rectangles (15cm x 7.5cm) of Kami and the 1/2 Modules are from 7.5cm Squares.
Paper: triangles with an edge length of 7 cm, Kraft paper
Modules: face modules
Model: Yuval Evron
Book: The Saturday Afternoon Public Library Origami Club Manual, p. 60/1
SBB IC2000-Komp geschoben von einer unbekannten Re 460 und mit Modul am Zugschluss, hier bei wunderbarer Abendstimmung unterwegs als InterCity 831 Brig - Romanshorn. Fotografiert zwischen Wichtrach und Münsingen im Aaretal.
The Seasonal Garden is hinged in the center, for it to open up and connect to the Lighthouse Point in an L-Shaped design. It made for a better looking combination.
Design: Carla Godoy
Paper: 8 Rechtecke /rectangles 1:2
CP: entrevalesemontanhas-origami.blogspot.com.br/2012/06/pura...
I was so excited by this new design of Carla Godoy, that I have to do it very soon.
And here is my first try.
This model with tips underneath is the Variation of this one:
www.flickr.com/photos/55093505@N08/7447340574/in/photostream
I need a little bit of glue, so the star does not come apart.
Thanks a lot , Carla, sharing this wonderful model with us!!
Projet Modul"air" n°= 4 "le gallion Aulnay sous bois"
Aulnay sous bois pour le festival Rue des Arts !
Vidéo : vimeo.com/95772605