Final Project¶
In our design, the table can swivel in all directions and features a sound-activated light that changes color everytime we clap. We initially created the table as two separate tables using the Fusion 360 programs. The main table is stationary and has a storage drawer and a lighting cover, while the other table is mobile and swivels. The steps that were taken during the design process include some of these.
Fusion 360 table creation instructions¶
Select the Hole Table icon under Tables in the toolbar. Make sure the Hole Table is chosen as the Type in the Table dialog.
Choose a drawing view on the canvas to go with the whole table, then click to set the origin.
The pointer is on a table that is completely empty.
Alternately, change the Title in the dialog.
Pick the Arrange option in the dialog.
According to Position: Holes are located and identified based on how close they are to their point of origin. By Size: Holes are detected and identified from smallest to largest in terms of their size. Choose your chosen Origin Style if you choose.
To position the entire table on the sheet, click. The custum table (#) A table with blank cells that you manually fill up is created when you use the Custom Table custom table icon command.
The table’s direction, text alignment, number of columns, and number of rows are adjusted after it is placed on the sheet.
the part list¶
The Parts List parts list icon command creates a table that automatically populates cells with information about an assembly, storyboard, component, or sheet metal component reference. A Parts List is a table that itemizes the components in a design. Each row can include the following information about a component:
Item Qty Part Number Part Name Description Material Mass You select a view, select the structure, place the table on the sheet, then adjust the table direction and columns. Balloons are automatically added to associated views.
##tips Place a table on the bottom half of the sheet to flip the column labels to the bottom of the table. The numbered rows are ordered from bottom to top. Press the Shift key to lock or unlock the table flipping feature. Click to select the table, then drag the grey round grips to resize rows and columns. Select the table, then click and drag the blue arrow grip to break the table into multiple table sections, or to consolidate multiple sections into a single table section. The text size in a hole table matches the text height specified in Document Settings. When the text height is too large to fit in a hole table on a sheet, the text height may scale to a smaller size.
programming the led light¶
We programmed a light through a microcontroller and connected it to the laptop and programmed it through the Arduino program. I extracted some codes via the Internet to program the LED light on the sound and then program it on the light, so I extracted the colors through the color picker and put the coordinates in the code.
The values of LEDs could be set individually by you. Also, do not forget to set the sensitivity of the sound sensor. I adding some instructions on how to set the sensitivity of the sound sensor below. The third image shows the monitoring of the sound sensor values. By these values, the code is set when to react to the sound.
For many different projects, this can be used to build sound-reactive switches or to build a sound-reactive LED visualizer. This is why this sensor is popular among beginners as these are low power, low cost, rugged, and feature a wide sensing range that can be trimmed down to adjust the sensitivity.
This sensor has three pins, two of which are power pins leveled VCC and GND and the other two pins are analog and digital pins which are shown in the diagram above. It has an onboard power LED and a signal LED. The power LED turns on when power is applied to the board and the signal LED turns on when the circuit is triggered. This board also has a comparator Op-amp that is responsible for converting the incoming analog signal to digital signal. We also have a sensitivity adjustment potentiometer; with that, we can adjust the sensitivity of the device. Last, we have the condenser microphone that is used to detect the sound. All these together make the total Sound Sensor Module