Mobile Toilet Tent Principle Diagram

The principle of the mobile toilet tent revolves around structural design, functional integration, and environmental adaptability, achieving rapid deployment and hygiene isolation through modular frameworks, automatic waste-packing systems, and sealed materials. Details are as follows:

1. Framework Structure and Rapid Deployment Principle

The rod-connected framework is adopted, enabling rapid expansion and retraction of the skeleton through pre-installed hinge joints. Its core design includes:

• Modular Rods: Metal rods are connected via standardized interfaces, supporting multi-unit assembly to enhance large-scale deployment efficiency.
• Detachable Tent Fabric: The tent fabric is designed separately from the framework, reducing the difficulty of single-person operation and adapting to different climatic regions (e.g., adjusting fabric thickness or window positions).
• Wind-Resistant Fixing Devices: The ultra-lightweight (1kg) design requires bottom reinforcement devices to compensate for stability, adapting to complex terrains. Expanded State: The rods form a stable triangular structure, and the tent fabric covers it to create an enclosed space; Retracted State: The rods are folded to the minimum volume for easy transportation and storage.

2. Sanitary Facility Integration Principle

The interior integrates a simple toilet or an automatic waste-packing device, with core functions including:

• Automatic Packing Technology: When the user steps on the foot pedal, the mechanical structure pulls a biodegradable plastic film bag downward to wrap and seal the waste. Each use is immediately sealed, preventing odors and mosquito breeding without the need for water flushing or chemical agents. The waste storage bucket has a capacity of 20L, suitable for different usage frequency scenarios (e.g., daily cleaning in disaster relief camps and several days of maintenance in field exploration).
• Folding Toilet Design: A folding structure combined with a leak-proof material layer is used. It expands during use and folds when idle to save space.

3. Environmental Adaptability Design Principle

• Material Selection: The stainless steel box is corrosion-resistant and easy to clean, suitable for harsh environments such as disaster relief and coal mine shafts. The non-flame-retardant tent fabric balances cost control with short-term usage needs and supports customized adjustments (e.g., thickness and window positions).
• Sealing Performance: The box sealing strip design prevents odor leakage, and the high-toughness material of the waste-packing bag avoids breakage. The anti-misoperation design of connectors reduces operation errors and enhances reliability in emergency scenarios.

4. Application Scenario Adaptation Principle

Design parameters are adjusted according to usage scenarios:

• High-Frequency Usage Scenarios (e.g., disaster relief camps): Daily cleaning of the waste storage bucket is required, with a focus on evaluating the durability of the foot pedal mechanism and the continuity of waste-packing bag supply.
• Intermittent Usage Scenarios (e.g., field exploration): The cleaning cycle can be extended, with attention paid to the sealing performance of the box and spatial adaptability (dimensions: 48.6cm×40.8cm×48cm).