Tövis Robotics Club
TövisCsapat Robotics has started its first team in 2014 on the First Lego League FLL robot programming
competition. The team has connected more than fifty kids with STEAM and programming so far.
Tövis Robotics Club webpage and
facebook page
TovisBlocks - advanced custom blocks for EV3G
EV3 Brick Applications - A collection of useful
applications you can add to youe EV3 brick - EV3 main app menu, under the third tab.
eFeLeLezek - tapasztalatmegosztó könyvtár és portál
"Kérdezz-Felelek-Efelelezek"
eFeLeLezek - Kérdezz-Felelek-Efelelezek
tapasztalatmegosztó könyvtár és portál
a magyar FIRST LEGO League csapatok, csapatvezetők, mentorok eredményes és örömteli felkészülésének
segítésére.
(Enablement site for FLL knowledge and best practice sharing for Hungarian teams).
EV3 Brick Magic and Tree Visualizer
EV3 Brick Magic and Tree Visualizer and Tree Visualizer can visualize EV3 programs created by the LEGO Mindstorms EV3 programming environment EV3-G and EV3M programs created on the iPad graphical programming.
Functions:- List an EV3 program in a textual basic like language
- Show a call connection graph between programs
- Decode/decompile program from EV3 Brick
- Share your code through cloud
- Command line direct connection to EV3 Brick in Windows
LEGO App Tools
LEGO App Tools Various tools to help your life with LEGO SPIKE and modern Mindstorms apps.
- List a SPIKE WordBlock/IconBlock program in a textual basic like language
- Fix a few crashing errors online
- Show SPIKE Machine learning pictures
- Show and download "Preview" for documentation
mRNA - WLWYB Rock the Mock LEGO contest
Hacking Pandemic through Bananahelix 162 mRNA-DNA
Motivaton
The clear challenge spanning over 2019-2020-2021 - 3 separate years now - is the global pandemic that affects the life of billions over the planet. The enormous brainpower of the most brilliant minds goes into solving, tricking even hacking this epic chapter of modern history.
Hacking the code behind the helix of RNA was attempted in several different ways, and as of today, one successful method seems to be connected with teaching our bodies' DNA double helix through specifically designed messenger RNA / mRNA. This method helps the body to "learn" antibody development without exposing it to weakened, yet real virus RNA. One remarkable face of this technology is adj assoc professor Katalin Karikó University of Pennsylvania, senior vice president at BioNTech.
Her work and efforts are much appreciated and this submission is to highlight her diligent work and success.
Model description
The WLWYB challenge invites us for the use of yellow LEGO color.
This color constraint made it obvious that an old-time favorite, the banana beam will be used for this project. The mechanism is designed in a way that as you hold the core in your hand and slowly turn the bottom ring the top ring turns to mimic the double helix learning the mRNA code. However, as research and learning can progress only with diligent and precise work that assumes not only funding but enormous amounts of time and includes several ups and downs - the top dial speed is reversed and reduced by gearing to 66% (24->24->12|8->8->8->24).
The axle-pin connectors resemble the spike protein piece in mRNA to be replicated in the DNA.
One additional challenge using technic was to avoid the usage of pins - due to the color constraint - and stabilize the model by axle connections. The two rings hold the structure by a mutual interlocking mechanism that provides the necessary structural integrity.
Fun fact: Pfizer-BioNTech has named their COVID-19 vaccine BNT162b2, therefore the model has 162 pieces.
simpLified supply chain rEsponse manaGement solutiOn
A demo project to manage response management based on maximizing total profit.
A 2015 DKOM Budapest DemoJam entry by Balázs & Attila.