Manikin Coughing System（Cough Simulator）
Application
HVAC research and education, including indoor air quality evaluation, breathing and coughing exposure risk assessment in confined spaces, and cross-infection risk analysis of airborne diseases;
Medical and public health research, including simulation of pathogen-laden cough particle dispersion and airborne disease studies;
Occupational hygiene assessment, such as exposure risk evaluation of dust, PM2.5. and gaseous pollutants in workshops and factories;
Human exposure risk assessment in aerospace cabins and confined environments, including civil and military aircraft, helicopters, space stations, re-entry capsules, submarines, and deep-sea systems;
Exposure assessment and air-conditioning system optimization in vehicles and transportation systems, including buses, passenger cars, new energy vehicles, high-speed trains, subways, ships, and submarines;
Public health and military medical research in high-occupancy or densely populated environments.
Standards
GB/T 14296-2005 — Indoor Air Quality Evaluation Methods (Air Pollutant Exposure)
GB/T 18883-2022 — Indoor Air Quality Standard
ISO 7730:2005 — Ergonomics of the Thermal Environment — Analytical Determination and Interpretation of Thermal Comfort
ASTM F1291-2020 — Test Methods for Breathing and Coughing Exposure Measurement
Product Specifications
| Component | Technical Parameters |
|---|---|
| Cough Pressure | Adjustable range 0.1–4.2 bar |
| Initial Cough Airflow Velocity | Adjustable range 0.5–30 m/s |
| Cough Duration | Adjustable range 0.1–60 s |
| Cough Outlet Mode | Nasal or oral outlet; compatible with thermal manikin or manikin head |
| Aerosol Container | Venturi-type aerosol solution container supplied by the user |
| Electrical Control System | Integrated control cabinet; power supply AC 220 V / 50 Hz; maximum total power ≤ 250 W |
| Operating Environment | Temperature 10–40 °C; humidity 15–95% |
| Others | Can be used independently or with a thermal manikin/manikin head; lockable caster wheels; automatic over-pressure relief and short-circuit protection; total weight approx. 20 kg |
Features
Accurate simulation of human coughing pressure, initial airflow velocity, and duration with wide adjustable ranges;
Switchable nasal or oral coughing modes to meet different experimental requirements;
Modular design supporting standalone use or integration with a thermal manikin or manikin head;
Aerosol output compatible with external sampling devices, suitable for pathogen or particle research;
Built-in over-pressure protection and short-circuit protection for safe operation;
Mobile platform with lockable caster wheels for flexible laboratory deployment.
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