Iodine Dispensing Bottle with Segmented Storage and Universal Caps
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Solution Overview
Problem
There is a need for a safe and efficient bottle design for creating, storing, and dispensing elemental iodine, as existing solutions lack a convenient and secure method for housing and administering this essential medical compound.
Innovation Solution
A bottle with a body member and crystal iodine housing, featuring various dispensing devices such as a drop cap, elongated tube, and pump/aerosol mechanism, securely stores crystal iodine at the bottom and allows for the formation and stable storage of elemental iodine, which is then dispensed through different mechanisms for administration.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Duration of action of stationary object
If crystal iodine is stored in a bottle for forming elemental iodine, then the bottle provides stable storage and prolonged shelf-life, but the bottle requires a secure and convenient dispensing mechanism for administration
Solution Approach 1:
The bottle is divided into separate functional components: a storage chamber for crystal iodine, a reaction chamber for elemental iodine formation, and a dispensing mechanism. This segmentation allows each component to be optimized independently - the storage chamber maintains long-term stability while the dispensing mechanism provides convenient administration through dropper, spray, or pump options.
Solution Approach 2:
The bottle incorporates multiple dispensing mechanisms (dropper, spray nozzle, pump) that can be selected based on the intended application. This multi-functionality allows the same storage system to serve different administration needs, from topical application to inhalation, without compromising the stable storage capability.
2Adaptability or versatility
If multiple dispensing devices are offered for the bottle, then versatility in administration is improved, but device complexity increases
Solution Approach 1:
The bottle design incorporates multiple dispensing mechanisms (dropper, spray nozzle, pump) that can be selected based on the intended application. This multi-functionality allows the same storage system to serve different administration needs, from topical application to inhalation, without compromising the stable storage capability.
Solution Approach 2:
The bottle serves as an intermediary system that connects the crystal iodine storage with various dispensing mechanisms. By providing standardized interfaces and a common storage platform, the bottle simplifies the overall system complexity while enabling versatile administration options through different dispensing attachments.
3Duration of action of stationary object
If the bottle maintains contact between elemental iodine and crystal iodine, then stable storage and prolonged shelf-life are achieved, but the bottle design becomes more complex
Solution Approach 1:
The bottle design merges the storage chamber and reaction chamber into a single integrated structure, allowing crystal iodine and elemental iodine to coexist in direct contact. This unified design simplifies the overall structure while maintaining the beneficial contact between the two iodine forms for prolonged shelf-life.
Solution Approach 2:
The crystal iodine storage compartment is nested within or adjacent to the elemental iodine storage area, allowing the two substances to maintain contact through shared walls or interfaces. This nested arrangement achieves stable storage conditions while minimizing the overall bottle complexity.
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 bottle provides a safe and convenient means of creating and dispensing elemental iodine, ensuring stable storage and prolonged shelf-life by maintaining contact with crystal iodine, and offers multiple administration options for effective medical use.
Implementation Method 1
The seal or screen is porous or pervious to permit the water to penetrate through for contact with the crystal iodine
Implementation Method 2
water is provided within the member and is permitted to travel through the seal or screen for contact with the crystal iodine. After an initial period, such as, but not limited to, twenty-four to about thirty-six hours from initial contact, the water is converted to elemental iodine
Data Source
AI summary
A bottle for the creation, storage, administration and dispensing of elemental iodine is disclosed. An amount of crystal iodine is safely housed at the bottom of the bottle. Water is poured into the bottle and contacts with the crystal iodine to form elemental iodine. With the crystal iodine safely secured at the bottom of the housing, the formed elemental iodine maintains contact with the crystal iodine to maintain its stability and extends is shelf life. Several dispensing device are also disclosed for dispensing or administering the elemental iodine, as needed, in order to treat internal and external areas of a human's or animal's body.