AquaSense.
Indoor humidity device for sensitive sinuses
Problem Definition
Individuals suffering from sinus related difficulties are regularly challenged by fluctuating levels of relative humidity within commercial working environments. Enclosed, occupied spaces with limited ventilation often exacerbate already agitated nasal tracts, promoting the exposure of trapped airborne particles and toxins which adversely affect productivity through a lack of sustained concentration.
Solution
To introduce the Sinus Sense humidity system to indoor environments to equip sinus sensitive individuals with a high degree of humidity control. This initiation simultaneously offers an opportunity to sustain toxin-combatting floral organisms by virtue of the dehumidification process, to further improve air quality of enclosed indoor environments.
Moisture Collection
The dehumidification process is initiated by the principal hexagonally shaped atmospheric inlets, collecting airborne moisture to culminate in the user-defined relative humidity level.
Moisture Control
The easily accessible refillable water vessel offers the necessary water for the environment humidification process and subsequent nourishment for cultivated organisms. Available water levels are prompted by indicating LEDs to ensure flowers have the necessary daily irrigation requirements.
Organism Irrigation
Collected levels of moisture extracted from the enclosed environment during the dehumidification process contributes to the growth and development of indoor-friendly living organisms. A hierarchical droplet irrigation approach promotes ideal soil and root nourishment that ultimately contributes to the production of toxin-absorbing foliage.
Humidity Control
The enclosed decimal humidity control provides an extensive range of comfort satisfaction for users seeking specific, predetermined numerical values of humidity for internal environments, achieved through AquaSense's accessible user interface, ultimately granting an authorization of personal space.
Power Consumption
Conscious levels of power required during humidity regulation process varies significantly throughout the workday. Consequently, built-in power saving capacities prevent the addition of a perpetual device that operates unnecessarily.
Water Control
Surplus volumes of water from the excessive dehumidification process and organism rejection are collected in the internally located reservoir.
