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Since the election of President Donald Trump, news outlets and social media accounts have swelled with reports of swastikas at schools, racist taunts, and other hate-fueled attacks and acts of intimidation.

The Southern Poverty Law Center, which has aggregated media reports and gathered submissions from its website, catalogued 1064 such incidents, 13 of which were later debunked as false reports, in the first month after Trump won the presidency.

There was an unoccupied hole in the case that lined up with a hole in the circuit board - I used the small screw to attach the circuit board to the front half of the case (see the last two pictures above).

This step will assume you already have basic knowledge of how a single-channel remote works.

Anyway - now you need to solder jumper wires to the six pins identified in the previous step, the negative terminal of the battery connection (this will make sure your whole circuit has a common ground later).

Seven connections total, as shown in the pictures above (a "fake" photo with the color-coded wires drawn in, as well as a photo of the real thing).

If you're using the exact same remote I linked to from Amazon, you should be able to follow my diagrams exactly.

If not, you'll need to do some tinkering on your own to figure out which pins to solder to in the next step.

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If you already have a Raspberry Pi, webcam/mic and basic electronics equipment (tools, breadboard, jumper wire etc) it will only be about for the wireless remote, relays and MOSFETs, and the cost goes up from there.We will update this feed frequently, and though our list is not comprehensive, we aim to make it as complete as possible.The end result is voice-activated control of up to three electrical outlets using the Raspberry Pi.Each of these buttons is connected to a pin on a chip on the circuit board (the black rectangle). When the respective button is pressed, the pin goes up to 5V (a logical HIGH).Your ultimate goal is to "trick" the remote into thinking buttons are being pressed by sending a 5V signal from a circuit controlled by the Raspberry Pi (more on that later).

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