Compartmented Beverage Bottle With Inter-Compartmental Valve
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Solution Overview
Problem
Existing beverage containers fail to efficiently preserve carbonation and freshness of carbonated beverages and other flowable substances, leading to excessive loss of carbonation and spoilage, especially in larger containers, due to complex and difficult-to-operate solutions.
Innovation Solution
A compartmented bottle system with a primary and secondary compartment, connected by an inter-compartmental conduit and a selectively actuated valve, allowing for sealed preservation of carbonated beverages in the secondary compartment and controlled release into the primary compartment, enabling sequential consumption while minimizing loss of carbonation and flavor.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a primary sealing mechanism (cap, lid, or cork) is used to seal the beverage container, then the beverage is protected from environmental exposure, but once opened the entire contents are exposed to the environment causing loss of carbonation and flavor
Solution Approach 1:
The beverage container is divided into multiple separate compartments (first compartment and second compartment) that can be independently sealed. This allows selective access to one compartment while the other remains preserved, resolving the contradiction between opening access and carbonation preservation.
2Adaptability or versatility
If a mixing valve mechanism is added to allow selective mixing of compartments, then access to one compartment can be preserved while accessing another, but the mixing valve structure becomes complex and operation becomes difficult
Solution Approach 1:
The partition wall incorporates a movable or selectively openable section that can be dynamically adjusted between closed (preserving separation) and open (allowing access) states. This dynamic element provides selective access without requiring complex external valve mechanisms.
3Ease of operation
If the entire beverage container is opened for consumption, then all beverage can be accessed, but carbonation and flavor are lost due to environmental exposure
Solution Approach 1:
By segmenting the beverage into separate compartments with independent seals, the user can access and consume from one compartment while the other remains tightly sealed and preserved, thereby maintaining carbonation and preventing substance loss.
4Reliability
If multiple separate containers are used to preserve portions of beverage, then carbonation can be maintained in each, but the device complexity and difficulty of operation increase
Solution Approach 1:
Multiple beverage portions are combined into a single container with internal compartmentalization. Each compartment maintains its own seal for carbonation preservation, while the unified container structure avoids the complexity of managing multiple separate containers.
Data Source
AI summary
A compartmented bottle has a primary compartment and at least one secondary compartment. The primary compartment has an exhaust aperture and an inlet aperture, and the secondary compartment has a secondary exhaust aperture. The inlet aperture of the primary compartment and the secondary exhaust aperture of the secondary compartment are fluidically connected by an inter-compartmental conduit, and a selectively actuated inter-compartmental valve is disposed in the conduit. The valve, which could comprise a cylindrical valve, has a closed condition wherein the secondary compartment is sealed and an open condition wherein the secondary compartment is in fluidic communication with the primary compartment. A toroidal collar can bridge an annular channel between the primary and secondary compartments to establish a continuous cylindrical surface. The valve can be operated by a handle disposed at a distal end of an actuation rod that is drivingly engaged with the inter-compartmental valve.