The Objective
Personally, I am most productive whenever I work in a coffee shop, a library, or any public place. I bring my laptop, a couple pens, and some scratch paper then get busy while watching the bustling world around me. The only issue is my laptop screen is pretty small. From Microsoft Word to Google Chrome to various folders, I use many different applications simultaneously, but managing all of these on a tiny display is difficult. There's not enough screen real-estate available for me to have everything open. It's not like I have a portable monitor I can bring with me wherever I go.
So, I decided to make a portable monitor to bring with me wherever I go. While buying a monitor was an option, I thought making one myself would save money and allow me to hone in on specific details. At the same time, I thought it would be amazing if I could recycle some of the old technology laying around the house. As a result, I decided to make this portable monitor with as many recyclable materials as possible.
(Picture above displays the HP Envy 14 laptop that was recycled.)
The Process
First, I removed the screen from an old HP Envy 14 laptop. After inspecting the LCD display, I ordered a matching controller board and power supply to be able to use the screen on its own. Within a few tests, the display was ready and it was time to build the frame. Before drafting a design, I knew I wanted the monitor to be practical, collapsible, and minimal; however, I didn't have any of the proper tools or materials. As a result, I worked with an old box-cutter and leftover foam-board to construct the frame. The frame itself would operate around a hinge mechanic, which allows the entire monitor to fold into a relatively flat package. When opened, two legs would pop out to support the screen, allowing the screen tilt to be adjustable. Due to this being a prototype, I loosely attached everything with tape just in case issues arose or if I needed to disassemble the entire monitor.
(Picture above dispalys the LCD controller required for the LCD screen to operate.)
The Results
Overall, I am content with this proof of concept. All the components function as planned, the design is decent, and the monitor achieves all my original goals. Though of course, many improvements can be made. The design of the monitor can be improved to be more portable. The build of the monitor can be sturdier with better materials. Even the aesthetics can be improved to look more pleasing. While I am happy with this project, I am more excited to see what else I can do with these recyclable pieces.
(Picture above displays the front of the prototype monitor.)