<p> This week I have downloaded more than 8 2D and 3D design programs, of all these softwares I keep 3, Fusion 360, Inkscape and Rhino. The versatility to design and its friendly interface made modeling not so difficult for me. In my final project I will develop straight 3D figures and Fusion 360 is the ideal one. Whereas for the 2D design I have used the Inkscape.</p>
<p> This week I have downloaded more than 8 2D and 3D design programs, of all these softwares I keep 3, <aref="https://latinoamerica.autodesk.com/products/fusion-360">Fusion 360</a>, <aref="https://inkscape.org/es/">Inkscape</a> and <aref="https://www.rhino3d.com/es/">Rhino</a>. The versatility to design and its friendly interface made modeling not so difficult for me. In my final project I will develop straight 3D figures and Fusion 360 is the ideal one. Whereas for the 2D design I have used the Inkscape.</p>
<h3>2D Design - Inkscape</h3>
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<p>
You may ask yourself, why draw and vectorize a dog's face? Well, during these weeks and the next Eva will accompany me, she puts up with all the noise while she works at dawn, she always looks at me patiently and deep down I think she encourages me. She hasn't learned to code yet but I will use my drawing of her face as my Fab Academy logo.</p>
You may ask yourself, <b>why draw and vectorize a dog's face?</b> Well, during these weeks and the next Eva will accompany me, she puts up with all the noise while she works at dawn, she always looks at me patiently and deep down I think she encourages me. She hasn't learned to code yet but I will use my drawing of her face as my Fab Academy logo.</p>
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You can download the Eva logo by clicking <ahref="images/eva.svg"download="eva.svg">here. </a>
You can <b>download</b> the Eva logo by clicking <ahref="images/eva.svg"download="eva.svg">here. </a>
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<divstyle="padding:56.25% 0 0 0;position:relative;"><iframesrc="https://player.vimeo.com/video/675120075?h=35d844306c&badge=0&autopause=0&player_id=0&app_id=58479"frameborder="0"allow="autoplay; fullscreen; picture-in-picture"allowfullscreenstyle="position:absolute;top:0;left:0;width: 100%;height:100%;"title="SVG to STL"></iframe></div><script src="https://player.vimeo.com/api/player.js"></script>
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<blockquote>In the search for a 3D modeling software, I found an online platform called TINKERCAD, it is quite intuitive and despite not being a downloadable software, it offers very powerful tools. I will use this platform to model the Eva logo and then print it in 3D.</blockquote>
<blockquote>In the search for a 3D modeling software, I found an online platform called <aref="https://www.tinkercad.com/"><b>TINKERCAD</b></a>, it is quite intuitive and despite not being a downloadable software, it offers very powerful tools. I will use this platform to model the Eva logo and then print it in 3D.</blockquote>
You can <b>download</b> the Eva STL by clicking <ahref="images/week 2/STL Eva.stl"download="STL Eva.stl">here. </a>
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<h3>3D Design - Fusion 360</h3>
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I remember designing in Fusion 360 a few years ago, but definitely now with the new updates wonderful things can be done, this time I did have to resort to many tutorials to remember and learn about the new commands. Thanks to this, you can start to design how the exterior and interior of the food transport box would be without COVID, position the UV LEDs in strategic locations so that they do not leave a blind spot, in this way the entire food container would be disinfected , thanks to the properties of UV light to eliminate viruses 99.9%.
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I remember designing in Fusion 360 a few years ago, but definitely now with the new updates wonderful things can be done, this time I did have to resort to many tutorials to remember and learn about the new commands.
Thanks to this I began to model and test the distribution of the components and also began to make a first prototype to place the connections and then give it a shape similar to that of a cloud.
Inside the design there is a fixed place for the LCD screen and the Arduino board that we will use. I've generated a ventilated compartment for the sensors. The inner wall can be removed for easy mounting of the elements.</p>
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In the first image I was encouraged to design the UV led to understand the structure of my component, use the circle and extrusion tools, for the edges a square outlined at 45 ° degrees to make it look more smooth.</p>
<p> In the second and third image I drew the food transport box and integrated the UV LEDs, positioned 6 on each side of the box and drew an overhang on the entrance door to use it as a support for the door that opens, since my objective is that this door is opened without physical contact and that it is only opened by the same customer. In this part I did not obtain more complexity thanks to the fact that the figures in my box are straight.</p>
<p>For this part of the design it is very important to have the components that we will use ready, since the exact measurements will give us a better perspective of the size of our design, in my case I was thinking about whether to use the Arduino nano or the Arduino Uno and I am even projecting myself to use RGB lights and all this has to be reflected in the design.</p>
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You can <b>download</b> first version files <ahref="images/Final Project Academy.rar"download="Final Project Academy.rar">here. </a>
