Bubble maker system
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Solution Overview
Problem
Current methods for making bursting bubbles at home are inefficient and result in inconsistent bubble sizes, with limited flavor options and high sugar content due to pre-made bubbles or manual mixing processes.
Innovation Solution
A bubble maker system that includes a bubble dropper with a stir mechanism and a plunger mechanism, which mixes a bubble juice mixture and forms bursting bubbles through a chemical reaction with calcium chloride, allowing for consistent bubble size and easy flavor variation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If pre-made bursting bubbles are purchased for at-home use, then convenience is improved, but flavor variety is limited and sugar content is high
Solution Approach 1:
The system divides the bubble-making process into separate functional components: a bubble dropper for precise droplet formation, a calcium bath container for the chemical reaction, and a stirring mechanism for mixture preparation. This segmentation allows users to easily assemble and disassemble the system while maintaining convenience, while also enabling flexible flavor customization through separate ingredient containers
Solution Approach 2:
The bubble maker system is designed as a multi-functional device that can create various types of bubbles (bursting bubbles, foam bubbles) using the same basic mechanism. The system accepts different liquid ingredients (juice, tea, coffee, syrup) and combines them with calcium chloride solution, allowing users to create unlimited flavor combinations while maintaining the same convenient operation process
2Adaptability or versatility
If manual mixing process is used to make bursting bubbles at home, then flavor variety is improved, but time consumption increases and bubble size consistency deteriorates
Solution Approach 1:
The system allows users to prepare the sodium alginate and flavor liquid mixture in advance and store it in the bubble dropper. The calcium chloride solution can also be prepared beforehand in the container. When ready to make bubbles, users simply need to activate the stirring mechanism and dispensing function, significantly reducing preparation time while maintaining flavor variety
Solution Approach 2:
The manual stirring and droplet-dropping process is replaced with an automated motor-driven stirring mechanism and a plunger-based dispensing system. This mechanical automation ensures consistent mixing and uniform droplet formation, eliminating the time-consuming manual process while producing consistent bubble sizes
3Device complexity
If manual droplet dropping process is used, then equipment simplicity is improved, but bubble size consistency deteriorates
Solution Approach 1:
The system introduces a plunger mechanism as an intermediary component between the bubble mixture reservoir and the dispensing tip. This plunger applies controlled pressure to extrude uniform droplets through a calibrated opening, ensuring consistent bubble size. The intermediary mechanism adds minimal complexity while dramatically improving precision compared to direct manual dropping
4Productivity
If mixing process is accelerated, then productivity is improved, but mixture homogeneity may deteriorate
Solution Approach 1:
The stirring mechanism is designed with variable speed control, allowing the mixing process to proceed dynamically. The motor can operate at high speed for rapid mixing to improve productivity, then transition to lower speeds for thorough homogenization. This dynamic adjustment ensures both efficiency and mixture uniformity without compromising bubble quality
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 system enables efficient and consistent production of bursting bubbles with improved taste and a wide range of flavor options, eliminating the need for pre-made bubbles and manual mixing processes.
Implementation Method 1
The paddle motor may power the bath paddle to mix a bubble juice mixture (which may consist of distilled water, sodium alginate, and a desired liquid, such as tea, coffee, juice, syrup, etc.) within the cup
Implementation Method 2
The bursting bubbles can then be formed as a result of the chemical reaction between the sodium alginate within the bubble juice and the calcium chloride within the bubble making mixture, which may already be inside the bubble container. As a result of the chemical reaction, the bursting bubbles may form a hard outer layer, while retaining a portion of the bubble juice in fluid form inside the bursting bubble
Data Source
AI summary
The present invention is a bubble maker system comprising a bubble dropper and a bubble container. The bubble dropper may be configured to receive and mix a bubble juice mixture and a desired liquid and dispense a. bubble juice. The bubble dropper may include a chamber in which the bubble juice mixture and the desired liquid are introduced, a bath paddle contained within the chamber, a. paddle motor in mechanical communication with the bath paddle such that the paddle motor is configured to drive rotation of the bath paddle, and a plunger configured to dispense the bubble juice after the bath paddle mixes the bubble juice mixture and the desired liquid to form the bubble juice. The bubble container may be configured, to receive the bubble juice which is dispensed from the bubble dropper.