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Technical Specifications and Application Research of Medium-Pressure First Aid Medical
Abstract
Adopting a 20–30 KPa medium-pressure three-dimensional air beam structure and taking 5-minute ultra-fast deployment as the core design goal, the medium-pressure first aid medical tent integrates functions such as portable transportation, first aid special windows, stretcher channels and equipment storage areas. It can quickly build temporary first aid disposal units at accident sites, disaster areas, outdoor rescue and other scenarios, meeting the pre-hospital first aid needs such as triage, hemostasis, bandaging and temporary observation. This paper systematically expounds its structural principle, core performance, medical design, application scenarios and support capacity, providing a technical basis for the selection of emergency rescue equipment.
Keywords
First aid medical tent; Medium-pressure inflation; Rapid deployment; Pre-hospital first aid; Emergency rescue
1 Introduction
Traditional first aid tents have problems such as slow construction, poor stability, and single function, which make it difficult to meet the rapid disposal needs within the golden rescue time of sudden accidents. Taking lightweight + rigid structure + first aid specialty as the design main line, the medium-pressure first aid medical tent realizes integral inflation in 5 minutes, portability by a single person, wind resistance ≥ Grade 10, and stable operation at -25℃~70℃, and is a standard rapid rescue equipment of the modern emergency medical system.
2 Structural Design and Working Principle
2.1 Medium-Pressure Three-Dimensional Air Beam Structure
• Working pressure: 20–30 KPa, balancing light weight and structural rigidity;
• Structural form: one-piece forming of 3D spatial air beams, quickly forming a stable cabin after inflation;
• Advantages: light weight, small folding volume, fast inflation speed, no frame assembly required.
2.2 First Aid Special Functional Configuration
• Special first aid operation window: bandaging, hemostasis and other operations can be carried out from the outside;
• Widened stretcher channel: anti-slip entrance, convenient for the transfer of the wounded;
• Built-in equipment storage area: unified storage of first aid kits, instruments and consumables;
• Fully sealed enclosure: waterproof, dustproof and windproof, ensuring the on-site operating environment.
3 Core Technical Performance Indicators
Performance Item | Technical Parameter |
Inflation Deployment Time | ≤5 minutes |
Working Pressure | 20–30 KPa |
Wind Resistance Grade | ≥Grade 10 |
Snow Load Capacity | ≥30kg/㎡ |
Rainproof Intensity | ≥17mm/h |
Operating Temperature | -25℃~70℃ |
Applicable Altitude | ≤2000m |
Air Replenishment Cycle | ≥15 days |
Standard Area | 30–50㎡ |
Flame Retardant Performance | Compliant with international safety standards |
4 Medical Design and Environmental Assurance
• Optimization of first aid process: clear zoning, supporting one-stop operation of triage - disposal - observation;
• Airtight, dustproof and waterproof: isolating on-site pollution and providing a relatively clean disposal space;
• Thermal insulation and sound insulation: improving the comfort of the wounded and reducing environmental interference;
• Wear-resistant and anti-slip fabric: 3D composite material, superior to ordinary PVC, suitable for repeated field use.
5 Customized Technical Solutions
• Size customization: 30–50㎡ standard model, adjustable according to the scale of the rescue team;
• Color customization: high visibility of rescue orange/red, or medical white/blue;
• Function customization: strengthen first aid windows, storage areas, stretcher channels and ventilation outlets;
• Logo customization: print LOGO, rescue phone number and institutional name.
6 Typical Application Scenarios
1. First aid at traffic accident/industrial accident sites;
2. Pre-positioned first aid points for disaster relief such as earthquakes, floods and typhoons;
3. Temporary medical stations for outdoor exploration and mountain rescue;
4. Medical support at large gatherings and events;
5. Temporary humanitarian assistance points in remote areas.
7 Reliability and Support Advantages
• Ultra-fast response: forming in 5 minutes, seizing the golden rescue period;
• Deployable by a single person: lightweight design, transportable by ambulance/manpower;
• Low maintenance: ultra-long air replenishment cycle of 15 days, ready for use at all times;
• First aid specialization: full-process adaptation to pre-hospital first aid operations;
• Emergency delivery: spot stock, priority production for disaster relief orders.
8 Conclusion
With the core technical characteristics of rapid deployment, portability and stability, and first aid specialization, the medium-pressure first aid medical tent perfectly matches the pre-hospital first aid needs of sudden accidents and disaster sites, and can quickly build a safe, standardized and fully functional temporary first aid unit. It is a key basic equipment of the emergency management, fire rescue and medical first aid systems.
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