It is traditional for hot foods such as soups or oatmeal to be prepared through a microwave and transported by hand through a common household bowl. The problem is most bowls do not have a system to be carried or held from preventing burns to the skin after cooking in high temperatures. Alternative solutions such as using traditional plates or napkins to support an extra layer for overheated bowls can be insufficient due to the thin material between physical contact and the bowl.
The present invention is directed to a bowl plate system, allowing users to safely lift and transport overheated bowls by providing a thick extra layer underneath the bowl, avoiding physical burns to skin.
The bowl plate of this invention can be used with circular-curved bowls as seen in common households. The bowl plate is a circular plate with an open curved circle through the middle. This allows various sized bowls to be placed on top of its center and easily transported by a user. The open center allows for air circulation, keeping the bowl plate at a cooler temperature when in contact with the overheated bowl. The diameter of the bowl plate is wide enough to fit in household microwaves while cooking for several minutes, resisting heat and supporting the bowl sitting on its top.
To transport the bowl plate, the user can simply lift up the outside-circular lip or carry from the curved underside for easier balance. The bowl is now sitting on top at a stable position allowing for easy transport. The bowl plate can be set back down on any flat surface with the bowl maintaining its stable position on top.
The diameter of the bowl plate [18] shown in
One of the two effective one-handed methods for the bowl plate [10] to be lifted is by grasping the lip [12] shown in
In most cases, it is best for the user to use both hands to lift the bowl plate [10] when transporting a hot bowl [26]. Depending on the weight and contents of the bowl [26], the user may prefer using the one-handed methods.
The bowl plate [10] is preferably made of a sturdy heat resistant plastic material, such as Polypropylene for its microwave-safe properties and easy to wash material, commonly used for microwaveable containers.
While this invention has been described in reference to the illustrations shown, it is not intended to be limited thereto. For example, the curvature [14] of the bowl plate [10] may change in thickness or the flat disc top [16] may utilize ribs for better grip and handling.