Design a mobile atmospheric purifier containing: - **Prototyping

design a mobile atmospheric purifier containing:

- **Prototyping:** Digital prototypes were designed using 3D modeling software, followed by the creation of physical prototypes for testing under simulated pollution conditions in Medellín.

**Individual design:**
- **Advanced purification system:**
- **HEPA filters:** Adapted to capture fine PM2 particles.5, that are prevalent in the air of Medellin.
- **Ionization technology:** To neutralize gaseous pollutants and improve air quality more effectively.
- **Catalysts:** To break down volatile organic pollutants (COV) common in urban industrial areas.
- **Mobility system:**
- **Omnidirectional wheels:** They allow the PAM to move easily in narrow and congested streets., Characteristics of many areas of Medellin.
- **Electric motor:** Designed to be powered by both rechargeable batteries and solar panels, Taking advantage of Medellin's sunny days for a sustainable operation.
- **Smart sensors:**
- **Air quality detectors:** Configured to identify city-specific pollutants.
- **GPS for navigation:** Customized for the urban environment of Medellin, optimizing routes to the most polluted areas.
- **Proximity sensors:** PAM security guaranteed on busy city streets.
- **Control unit:**
- **microprocessor:** Processes sensor data and adjusts PAM operation in real time.
- **Wi-Fi connectivity:** It allows the transmission of data to a central base located in Medellín, for urban analysis and planning.
- **User interface:**
- **Mobile app:** Allows local authorities and users to remotely monitor and control PAM, adjusting their operations to the specific needs of the day.

M

design a mobile atmospheric purifier containing: - **Prototyping:** Digital prototypes were designed using 3D modeling software , followed by the creation of physical prototypes for testing under simulated pollution conditions in Medellín . **Individual design:** - **Advanced purification system:** - **HEPA filters:** Adapted to capture fine PM2 particles . 5 , that are prevalent in the air of Medellin . - **Ionization technology:** To neutralize gaseous pollutants and improve air quality more effectively . - **Catalysts:** To break down volatile organic pollutants (COV) common in urban industrial areas . - **Mobility system:** - **Omnidirectional wheels:** They allow the PAM to move easily in narrow and congested streets ., Characteristics of many areas of Medellin . - **Electric motor:** Designed to be powered by both rechargeable batteries and solar panels , Taking advantage of Medellin&#39 ; s sunny days for a sustainable operation . - **Smart sensors:** - **Air quality detectors:** Configured to identify city-specific pollutants . - **GPS for navigation:** Customized for the urban environment of Medellin , optimizing routes to the most polluted areas . - **Proximity sensors:** PAM security guaranteed on busy city streets . - **Control unit:** - **microprocessor:** Processes sensor data and adjusts PAM operation in real time . - **Wi-Fi connectivity:** It allows the transmission of data to a central base located in Medellín , for urban analysis and planning . - **User interface:** - **Mobile app:** Allows local authorities and users to remotely monitor and control PAM , adjusting their operations to the specific needs of the day .

ข้อมูล

ขนาด

688X1024

วันที่

Aug 23, 2024

โหมด

สตูดิโอ

ประเภท

cell

Checkpoint & LoRA

SeaArt Infinity

SeaArt Infinity

#เครื่องจักร

#SeaArt Infinity

0 ความคิดเห็น

0

0

0