The microphone itself is flexible, so if it doesn't pick up sound properly I can always pull it out further and curl it around the bottom of the mirror. I put it in the bottom of the mirror where you won't see it. Next, I drilled a hole for my microphone. Eventually I want to install a power outlet behind the mirror, but for now I can be lazy and power it this way. I used my dremel and a multipurpose bit to cut a small slot at the bottom to run a power cord through. The total cost for this project (including the wood, monitor, Raspberry Pi, and mirror) was around $300-350. The box/frame houses all the components, including the microphone, and looks pretty. The Raspberry Pi is a small, credit card-sized computer that powers the whole thing, displaying the Magic Mirror interface and running Jasper, the voice-control system. I also recommend a monitor with built-in speakers, but this is optional. I recommend an LED monitor for minimal power consumption, maximum crispness, and to prevent mirror glow at night. Order the thicker mirror option (3/16") to prevent a "funhouse mirror" effect. I ordered my mirror through Tap Plastics ( this one). The two-way mirror is made of acrylic and sits flush over the monitor, allowing the graphics on the monitor to shine through while maintaining a mirror effect. The attached highly technical drawing illustrates how these components work together. There are four major components to the voice-controlled smart mirror.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |