Beverage-retaining insert
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Solution Overview
Problem
Current beverage containers, such as tumblers, are unable to effectively support and stabilize smaller beverage containers like bottles or cans, leading to unwanted movement and temperature issues when trying to store them inside, as they are only designed for internal fluid storage and lack a mechanism to securely hold external containers.
Innovation Solution
A beverage-retaining insert with a radial support system, including a retaining lip, tubular brace, tubular cushion, and sealing mechanism, that indexes and cushions the smaller container within the tumbler, preventing shifting and maintaining temperature through an insulating layer, allowing for the use of ice or coolant for cooling.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If a bottle or can is placed inside a tumbler, then the beverage can be transported and stored, but the container will move freely and cause instability
Solution Approach 1:
The insert incorporates localized radial supports positioned at specific intervals around the interior surface of the tumbler. These supports create discrete contact points that stabilize the beverage container without requiring a complete structural redesign of the entire tumbler, thus achieving stability while maintaining simplicity.
Solution Approach 2:
The invention transitions from a two-dimensional flat interior surface to a three-dimensional structured surface with radial supports protruding inward. This dimensional change creates multiple contact zones that prevent the beverage container from moving freely, providing stability through vertical and radial constraints.
2Stability of the object's composition
If material shimming is used to prevent movement, then stability is improved, but the device complexity and manufacturing difficulty increase
Solution Approach 1:
Instead of using complex material shimming that would require layering and precise fitting, the invention segments the support function into discrete radial support elements. Each support is a simple, uniform structure that can be easily manufactured and positioned, simplifying the overall manufacturing process while achieving the same stabilizing effect.
Solution Approach 2:
Rather than adding material between the container and tumbler wall (shimming), the invention removes material or creates recesses to form radial supports that protrude inward. This inverted approach simplifies manufacturing by using subtraction or forming processes rather than assembly of multiple shim layers.
3Reliability
If the cap or lid is attached to the tumbler, then the tumbler is sealed, but access to the beverage container inside is prevented
Solution Approach 1:
The invention separates the sealing function from the access function. The cap seals the tumbler while the radial supports and cushioning elements remain accessible through the opening. Users can remove the beverage container without removing the cap, maintaining both sealing reliability and operational ease.
Solution Approach 2:
The radial supports and cushioning elements act as intermediaries between the beverage container and the tumbler interior. These elements can be temporarily displaced or compressed to allow access to the beverage container while the cap remains sealed on the tumbler, mediating between the need for sealing and the need for access.
4Temperature
If ice is added to maintain low temperature, then cooling is achieved, but the beverage becomes diluted
Solution Approach 1:
The insert creates a segmented thermal environment by providing dedicated cooling zones around the beverage container through the radial supports and cushioning elements. Ice or coolant can be placed in these zones without contacting the beverage directly, maintaining temperature while preventing dilution through physical separation.
Solution Approach 2:
The radial supports and cushioning elements serve as thermal intermediaries, conducting cooling from ice or coolant placed in the tumbler to the beverage container while maintaining physical separation. This mediator approach allows heat transfer for cooling while preventing direct contact that would cause dilution.
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
Enables secure storage and cooling of beverage containers within larger containers, maintaining temperature and preventing damage from movement, while allowing easy access to the contents by providing a stable and adaptable solution for various container sizes.
Implementation Method 1
An insulating layer may additionally be included to maintain beverage temperature
Implementation Method 2
The tubular cushion is a preferably flexible hollow cylindrical or truncated conical semisolid device that provides support for a beverage container
Data Source
AI summary
A beverage-retaining insert is used to retain and orient a smaller beverage container, including but not limited to a soda can or beer bottle, within a larger beverage container, including but not limited to a tumbler, thermos, or travel mug. The larger beverage container is herein referred to as the tumbler. The apparatus is also configured to prevent damage and unwanted shifting or movement of the bottle or can relative to the tumbler. The apparatus includes a retaining lip, a tubular brace, a tubular cushion, and a sealing mechanism. The retaining lip positions the apparatus atop a tumbler. The tubular brace enables arrangement of the apparatus within a tumbler. The tubular cushion provides support for a beverage container. The sealing mechanism retains the position of the present invention against the inside of a tumbler. Thus, the apparatus efficiently and effectively retrofits a tumbler to enable support of a beverage container.