Mineral Water Apparatus with Personalized Controller

The system performs preliminary actions by pre-calculating individual mineral requirements based on user input data (age, weight, health conditions) before water production. The controller stores these calculated values and automatically retrieves them during operation, eliminating the need for real-time calculations and maintaining ease of operation while achieving personalization.

The system enables self-service by allowing users to input their own basic data once, after which the controller autonomously calculates and adjusts mineral supplementation for all subsequent water production. The system serves itself by automatically retrieving stored calculation results and controlling mineral addition without requiring user expertise in nutritional calculations.

The controller serves multiple functions: it collects user data, calculates mineral requirements using the specified formula, stores calculation results in memory, retrieves stored data during operation, and controls mineral substance containers. This multi-functionality consolidates what could be separate complex systems into a single integrated controller, managing adaptability without proportionally increasing overall device complexity.

The system performs complex calculations once during an initial setup phase, storing results for repeated use. This preliminary calculation approach separates the complex computational task from ongoing operation, allowing the system to achieve high adaptability while keeping operational complexity low, as the controller simply retrieves pre-calculated values during normal water production.

The system replaces complex medical or laboratory measurement mechanisms with a simplified data collection approach. Instead of requiring sophisticated devices to measure individual mineral needs, the system uses basic user-input parameters (age, weight, health conditions) that can be easily detected through simple interfaces, then applies a standardized calculation formula to achieve precise mineral supplementation.

The system achieves manufacturing precision by changing from direct measurement of mineral requirements to indirect calculation based on correlated parameters (age, weight, health conditions). This parameter substitution approach maintains precision in mineral supplementation while significantly reducing the difficulty of data collection, as basic personal information is much easier to obtain than direct physiological measurements.