Insert for use with a beverage container
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Solution Overview
Problem
Conventional methods using ice to chill beverages lead to dilution and diminished chilling time due to heat transfer and melting, affecting the taste and duration of cooling.
Innovation Solution
An insert for beverage containers utilizing a thermal regulating material, such as ice or hot water, positioned between an inner container and the main container, enhancing conduction and convection effects while maintaining the beverage's taste and extending chilling time.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Temperature
If ice is added directly to the beverage container to cool the liquid, then the liquid temperature is reduced, but the liquid becomes diluted and the chilling time is diminished
Solution Approach 1:
The system divides the cooling function into two separate components: an inner container holding the beverage and an outer container holding the ice. This segmentation prevents direct contact between the ice and beverage, allowing temperature reduction without dilution of the beverage concentration.
Solution Approach 2:
The inner container acts as an intermediary barrier between the ice and the beverage. Thermal energy is transferred through the container wall, enabling cooling while maintaining the integrity and concentration of the beverage liquid.
2Temperature
If ice is added directly to the beverage container to cool the liquid, then the liquid temperature is reduced, but the chilling duration is shortened due to rapid melting
Solution Approach 1:
By separating the ice and beverage into different containers, the system extends the duration of the cooling effect. The ice melts more slowly when contained separately, providing prolonged chilling time while maintaining beverage temperature.
Solution Approach 2:
The nested container design ensures continuous thermal contact between the ice and beverage through the container wall, maintaining the cooling action over an extended period without the rapid melting that occurs with direct ice addition.
3Temperature
If ice and liquid are stirred or agitated to enhance heat transfer, then the cooling effect is intensified, but the dilution and melting process is accelerated
Solution Approach 1:
The container wall serves as a mediator that enables heat transfer without requiring direct mixing or agitation of the beverage with ice. This eliminates the need for stirring, thereby preventing both dilution and accelerated melting while still achieving effective cooling.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The insert provides zero dilution and prolonged cooling/heating effects by isolating the thermal material from the beverage, ensuring consistent flavor and efficient temperature regulation.
Implementation Method 1
The protrusions may enhance conduction effects between the thermal regulating material and the inner container
Implementation Method 2
The protrusions may enhance convection effects within the liquid as the liquid flows over the protrusions
Data Source
AI summary
An insert for a beverage container is provided that includes an inner container, a first rim, a second rim, and one or more protrusions. The inner container may be positioned inside of the beverage container and may include a first end having a first edge, an opposing second end having a second edge, and side surfaces extending between the first and second edge. The first rim is formed on the first edge of the inner container and includes a first diameter. The second rim is formed on the second edge of the inner container and includes a second diameter. The protrusions extend downwardly from the second end toward the beverage container. The first end is open and the second end is closed. A thermal regulating material is positioned between the inner container and the beverage container.