Introduction: "Tell Me When to Shut Up" Sensor

Picture of "Tell Me When to Shut Up" Sensor

Let's face it. There are some people out there who have been blessed with a voice that is just a little too powerful at times. We all know it is rude to blatantly ask a person to "shut up." Unfortunately, there are times when the favor must be asked, which can sometimes lead to an uncomfortable situation. What is my solution to this problem? Give this device to that person as a gift, have them pin it on, and let the machine do the talking! It will sound an alarm when the user reaches a talking level unsuitable for indoor use. This tutorial will show you how to go about creating this tool.

Step 1: Gather Your Supplies

Tools Needed:
  • needle-nosed pliers
  • any type of wire-cutting pliers
  • soldering iron
  • solder board
  • solder
  • computer with Arduino software http://arduino.cc/en/main/software
  • color-coded wire (5 colors)
  • hot glue gun & glue sticks
Components:
Optional Components
  • static-proof plastic bag


Most local electronics/hobbies stores (Radioshack, etc.) will have all the supplies on hand except for the Arduino Uno and 9V battery component, and the electret mic. These can be ordered online, however. Just check out the links.

Step 2: Upload the Code to Arduino

  1. Grab a computer and check to see if you carry the Arduino software. More than likely you may not. However, it can easily be downloaded to any Windows/Mac computer through this link: http://arduino.cc/en/main/software
  2. Plug the USB cable provided with your Arduino into the device and the computer.
  3. Open the Arduino software and open a new document (Click "File_New" in top left corner of screen)
  4. Upload the following code (simply open the attachment below, then copy the code and paste it onto your newly created page)



Step 3: Setting the Board and Connecting to Arduino

Picture of Setting the Board and Connecting to Arduino
Now that the code is inputed into the Arduino, we must first:
  • close Arduino software
  • disconnect the Arduino from the USB cord
Go ahead and plug in your soldering iron. We will prep our supplies as this heats. Refer to the image for reference in these steps.
  1. Gather your 5 color-coded wires. Cut them down to at least 6" in length. Strip the ends.
  2. Insert the 3-pronged Electret Mic into the bare board so that the pins are protruding from the copper side of the board.
  3. Tin the soldering iron tip by touching it with a strand of solder. Solder the Mic on the three pins in the board.
  4. On the copper side of the board, drag the tip of the iron onto the board so that the solder will trace the contact points as shown in the image (solder trace).
  5. Solder the Positive and Ground wires of the Piezo on the other side of the board parallel to the pins of the Mic.
  6. You can glue the piezo to the board with the glue gun for sturdy support
  7. Trace the solder on the copper side of the board so that we can ensure connection of the LED and Arduino pins.
  8. Solder LED onto board
  9. Solder wires onto board and connect to Arduino pins.
*****REMEMBER TO REFER TO IMAGE*****


Step 4: Powering the Device

Picture of Powering the Device
Now that everything is connected, we can power up the Arduino
  • connect 9V to pins on barrel jack
  • insert into the correct port on the Arduino as shown in the image above

Step 5: Test It Out!

Picture of Test It Out!

Once power is supplied to the device, it should beep momentarily and light the LEDs on the Arduino board. Go ahead and talk. It is set to where normal talking levels will not trigger the alarm. Give it a little scream...hear the alarm and see the red LED? Good! That's the device telling you to shut up! :)

Step 6: Finishing Touches

Picture of Finishing Touches
  • glue a safety pin onto the back of the perforated board by using the hot glue gun
  • take the hot glue gun and dab some glue on each of the pins used on the Arduino. This will ensure that they are less likely to be disconnected from abuse.
  • gather all the wires and wrap with electrical tape
  • You may put the Arduino board in a static-proof bag if you like (these bags usually come with the purchase of an Arduino). This will make it easier the Arduino to be concealed inside a shirt pocket, etc.

Step 7: Strap It On!

Picture of Strap It On!
  • Put the Arduino inside of a shirt pocket or simply underneath your shirt.
  • Have the wires traveling up so that the board with the electret mic is near your neck. Open the safety pin and pin it on your shirt.
  • ...you're welcome!

Comments

JamesH177 (author)2016-01-26

What is the code?

MrE (author)2013-12-14

OH MY EVER LOVING GOODNESS GRACIOUS!!! I so need this I have this really, really loud voice. I am 39 and since about the age of 4 have been told I am to loud by just about everybody. I have been tested for hearing problems and there is nothing wrong. I just can't seem to control my voice level and it doesn't bother me a bit. My parents have gotten to the point where they have given up. It has literally ruined relationships for me hampered my social life. i need this in a set of glasses with no buzzer, this way I can just see a little led light in my vision center. Is there a way to make this smaller? I am going to make one but I need one that is more subtle and i hope to be able to do like biofeedback thing. Tghis way i can hope to train myself.
I thank you for making this and regardless of whether or not it can be made smaller I am going to make this.

MrE (author)MrE2013-12-14

P.s. Imagine this whole text in a really loud voice, like all capitals. :) Thanks again for this.

wilgubeast (author)2013-12-13

That's awesome. Looks like it could maybe kinda sorta use an enclosure of some kind. :D But as a prototype shutter-upper, it seems to hit the mark.

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