Electrical Bowl

Hello, my name is Kevin Gudino, and I attend Dalton High School as a sophomore. I am 16 years old. 

The topic of this tutorial will be an electrified bowl. Since many people despise it when food is left out or becomes cold over time, I created this breakthrough technology to make cooking easier for individuals who enjoy cooking. They occasionally even wish to preserve the freshness and bacterial-free quality of their meals for later usage. However, a more compelling explanation exists. 

Problems with the Instructable

One of the problems I see with the instructable, in my opinion, is that I coded it so that the user could use it to change the temperature settings that are appropriate for the user and the bowl. This is because we don't want the user to overheat the instructable and burn all of the food. It also applies to foods that must be kept cold, like ice cream, which you could put in a bowl with a lid to protect it from the sun and keep it from burning is the code that sets the temperature to the appropriate value so that the food and the instructable won't be harmed or won't turn on simultaneously.  

How this Instructable Will Help People

Manly, one of the reasons I created this instructable is that I am aware that there are those individuals who would really prefer their meal to be warm and to their taste; additionally, as I have mentioned previously, this project will assist in preserving fresh goods such as apples, veggies, etc. Moreover, it will maintain the coldness of everything that has to be kept cold, such as meats, yogurts, ice cream, etc. The reason this product will benefit people is that it will prevent illnesses from spreading readily if you have any foods that should be cooked. Often, people will eat food that has been left out and overlook this, which may lead to health problems down the road that causes discomfort to the stomach because some diseases have been linked to food. We wouldn't want that to happen, which is why I made this product. In addition, to further protect it from bacteria, it will come with a lid that will seal the food and keep out the sun and cold air. This way, whether it is placed on top of the product or around it, your food will stay fresh safe, and ready to eat. 

• Stainless steel
• Nickel-plated copper
• Any lid of your choice that will be able to fit the top of the pot 
• USB-C Charger (needs to be charged) 
• Add something like a Selector Switch
• Battery 
• Two Bowls

You will need the bowl and some glue to make it stick at the bottom of the bowl so that it can hold in place. If you would rather be extra cautious and not want the heat to burn your food, you can add a second layer of stainless steel. For this, you can make the wire any shape you choose, but ideally, I would put two circles in the middle and one on each side of the bowl. This wire will then be connected to the other wires that will be controlled by the selector switch. 

I will now connect the required components, including the selector switch, and install an outlet in order to facilitate charging of the device. Next, in order to hide the wiring, we will add a second layer to the bowl. We will also measure the locations of the cuts for the outlet, selector, and battery so that the outlet and battery may be attached. In the end, glue will be used to secure all of the parts together.

In order to finish it off, I will install the bowl cover. I will then test it to see if it functions and, if not, I will correct any issues. For example, if there are issues with temperature control or if any wiring is missing or broken. This also applies to the charger; I'll check to see if there's damage to the battery or if the wiring is disconnected. However, in the aftermath, we acquired an electric bowl that would perpetually reheat our food as we ate it.