print-projects.com
About Us » Print Projects
https://print-projects.com/about-us
Ducky in the Dark. We are a group of undergraduate and postgraduate students (Bachelor and Master) directed by Prof. Dr. Ulrich Moosheimer at the Munich University of Applied Sciences. The first project named “Ducky in the Dark” was awarded “Best University Demonstrator” at LOPE-C in 2011. Two years later the group was awarded a second time at the OE-A-Demonstrator Awards 2013 with the project “Smart Objects”. Ducky in the Dark. Ducky in the Dark. Space Race – A Printed Electronic Board Game.
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Ducky in the Dark » Print Projects
https://print-projects.com/projects/ducky-dark
Ducky in the Dark. Ducky in the Dark. Winner of the OE-A Competition. At LOPE-C 2010 the Organic Electronic Association (OE-A) started the “OE-A Competition for Multifunctional Demonstrators Based on Organic and Printed Electronics”. Participation was possible for OE-A member universities or for non OE-A member universities if they cooperate with an OE-A member. At LOPE-C 2011 the best demonstrators were awarded. The first three places were:. Press reports about Ducky. Ducky in the Dark. Ducky in the Dark.
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Project Management » Print Projects
https://print-projects.com/project-management
Ducky in the Dark. The projects are usually introduced to a group of students as a raw concept or idea of a certain product. After that the whole team is supposed to do a brainstorming session, where questions about the functions of the product and their feasibility are being discussed. These are issues like which functions should the final product feature and how they can be put into effect by using preferably printed electronic components. Typical milestones could be wirebound prototypes, printed proto...
christmas-card.de
Behind the scenes - Christmas Card
https://www.christmas-card.de/behind-scenes
Project II Munich University of Applied Sciences. Other Printed Electronics projects from our fellow students. Hub-page for Print-Projects of HM. Ducky in the Dark - the interactive book.
christmas-card.de
Microcontroller - Christmas Card
https://www.christmas-card.de/development/microcontroller
Project II Munich University of Applied Sciences. Programming Code, technical stuff and much more: Welcome to the world of microcontrollers! Only few millimeters in each direction: the microcontrollers are very small – but helpful to bring blinking LEDs to the Christmas Card! Daniel Ring worked hard and did it on his own! We proudly present: the code in C:. Daniel Ring - ATTINY13 - Christmas Card Project 2 - University of Applied Science Munich#. Define F CPU 1200000UL / 1,2 Mhz. Sleep cpu (. SREG I ).
christmas-card.de
Laser Cutter - Christmas Card
https://www.christmas-card.de/laser-cutter
Project II Munich University of Applied Sciences. In the Christmas Cards, there are more than 15 lines to cut and 11 lines to fold. To do this as accurately as possible, we use our wonderful laser cutter machine. Settings for 170g glossy-paper. Handling the laser is for instructed personal only! To get familiar with the device and avoid mistakes, please visit dmt-laser.de. In this short video you can see the inside-view of the laser-cutting for the top-side of the Christmas Card from Team Egor.
christmas-card.de
Concept - Christmas Card
https://www.christmas-card.de/concept
Project II Munich University of Applied Sciences. Building a christmas card with printed electronics isn’t easy. It was a time consuming process with many steps. Cut prototypes out with our laser cutter. Generate a screen print pattern for the prototypes. Print the inside design with digital printer and cut out the laser lines. Print the cover design with digital printer. Screen print the circuits inside the cover. Trim all printed sheets. Integrate the LEDs, Battery and Microcontroller into the circuit.
christmas-card.de
Manufacturing - Christmas Card
https://www.christmas-card.de/manufacturing
Project II Munich University of Applied Sciences. To produce more than 400 small cards and over 80 large cards with printed electronics requires lots of manpower. We present you the steps which are needed to produce one of our christmas cards. Design was finished, let’s print on paper! Printed – now move on to the laser-cutting machine – it’s awesome! Printed, laser-cutted, screen-printed: so let’s do some handicraft work. They have to be brought to you – the shipping. Hub-page for Print-Projects of HM.
print-projects.com
Christmas Card » Print Projects
https://print-projects.com/projects/christmas-card
Ducky in the Dark. Christmas has to be something really special wonderful, exciting, awesome. So has to be the Christmas Card. To enhance the handling of a beautiful card, the project team in the winter semester 2013 / 2014 uses printed electronics with LEDs and microcrontoller. More information about Christmas Card. Ducky in the Dark. Ducky in the Dark. Space Race – A Printed Electronic Board Game. 2016 Munich University of Applied Sciences.
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Gallery » Print Projects
https://print-projects.com/gallery
Ducky in the Dark. The following photos describe the working process of the different projects. Ducky in the Dark. Ducky in the Dark. Space Race – A Printed Electronic Board Game. 2016 Munich University of Applied Sciences. Print-Projects by the Munich University of Applied Sciences (Hochschule München).