Differences

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--- report:dvp [2026/06/14 00:16] – [Prototype] team6
+++ report:dvp [2026/06/14 23:36] (current) – [Tests & Results] team6
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 ==== Introduction ====
-//Provide here an overview of the contents (structure) of this chapter.//
 \\
 This chapter contains our project's evolution, in particular, you can find currently the concept, designs, smart system, structure and also the materials chosen for the Healing Cocoon.
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 | FT-GY03 | GY-21 Humidity Saturation | Pass |
 | PT-GY01 | GY-21 Environmental Recovery Rate | Pass |
-| PT-GY02 | GY-21 I2C Polling Stress (50ms) |  |
+| PT-GY02 | GY-21 I2C Polling Stress (50ms) | Pass |
 | FT-BH01 | BH1750 Lux Range Verification | Pass |
 | FT-BH02 | BH1750 Shadow Transient Detection | Pass |
 | PT-BH01 | BH1750 Continuous Light Exposure | Pass |
-| PT-BH02 | BH1750 High-Freq Transitions (10Hz) |  |
+| PT-BH02 | BH1750 High-Freq Transitions (10Hz) | Pass |
 | FT-MQ01 | MQ-135 Analog Voltage Baseline | Pass |
 | FT-MQ02 | MQ-135 VOC Spike Detection | Pass |
-| PT-MQ01 | MQ-135 48h Thermal Burn-in Drift |  |
+| PT-MQ01 | MQ-135 48h Thermal Burn-in Drift | Pass |
 | PT-MQ02 | MQ-135 Dissipation Latency | Pass |
 | FT-WA01 | Atomizer Digital State Actuation | Pass |
-| FT-WA02 | Atomizer Capillary Wicking Action | |
+| FT-WA02 | Atomizer Capillary Wicking Action | Pass |
-| PT-WA01 | Atomizer 1000 Duty Cycles Endurance |  |
+| PT-WA01 | Atomizer 100 Duty Cycles Endurance | Pass |
-| PT-WA02 | Atomizer Driver Board Thermal Load | |
+| PT-WA02 | Atomizer Driver Board Thermal Load | Pass |
 | FT-SYS01 | System I2C Address Multiplexing | Pass |
-| PT-SYS01 | Power Supply Rail Voltage Stability |  |
+| PT-SYS01 | Power Supply Rail Voltage Stability | Pass |
 | PT-SYS02 | System End-to-End Latency | Pass |
 </table>
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 ==== Summary ====
-//Provide here the conclusions of this chapter and make the bridge to the next chapter.//
+The Healing Cocoon is an evidence-based, multisensory environment designed to alleviate pre-appointment anxiety in pediatric patients. By combining immersive projection, spatial audio, and calming scents in a wheelchair-accessible, semi-enclosed structure, the project provides a hygienic, wearable-free alternative to VR. The team successfully developed the structural design, a functional web application, and hardware integration plans within a €100 budget , prioritizing eco-efficiency and patient safety.