Structure of Box-Type Portable Toilet
The structure of the box-type portable toilet is centered around modular design, achieving convenient use through structural optimization and functional integration, primarily encompassing four aspects: structural materials, internal configuration, detailed design, and additional features.
Structural materials serve as the foundational support for the box-type portable toilet. Its main frame is mostly constructed from high-strength steel, ensuring overall structural stability and durability. Some designs even meet home decoration standards, capable of withstanding frequent movement and usage pressure over the long term. The door body typically employs steel materials, offering both anti-theft and sealing properties, while surface treatment processes enhance corrosion resistance to adapt to complex outdoor environments.
Internal configuration adheres to the principle of functional zoning, covering three core areas: washing, toileting, and cleaning. The washing area is equipped with a rock-panel washbasin, which boasts superior wear and stain resistance compared to traditional materials. Paired with an intelligent illuminated mirror (integrated with induction batteries and LED light tubes), it enables touchless lighting, enhancing user convenience. The faucet features a water-saving design, while the wall cabinet stores daily necessities such as toothbrushes, toothpaste, and hand soap, meeting basic hygiene needs. The toileting area is divided into squatting positions and urinals based on demand: squatting positions typically have five independent stalls equipped with anti-slip floor tiles and flushing systems; the urinal section adopts floor-mounted induction designs to reduce contact contamination, with 40 cm and 30 cm wide partitions to prevent urine splashing and protect user privacy. The cleaning area is independently set up with a mop sink and a dedicated faucet for easy rinsing and storage of cleaning tools. The drainage system utilizes trench-type drainage channels, ensuring rapid sewage discharge through slope design to prevent bacterial growth from stagnant water.
Detailed design focuses on user experience and aesthetics. Corners are treated at a 45-degree angle, seamlessly connected with corner connectors to eliminate sharp edges, enhancing safety and visual fluidity. Some designs incorporate ventilation louvers, utilizing natural wind pressure to create air convection, effectively reducing odor concentration inside the toilet. The height of urinal partitions is optimized through ergonomic design, balancing privacy protection and space utilization.
Additional features further expand usage scenarios. Induction lighting systems (such as intelligent mirror induction lighting and automatic induction lighting) utilize infrared or microwave sensors to achieve 'lights on when people arrive, lights off when people leave,' reducing energy consumption while enhancing nighttime safety. Energy-saving devices (such as energy-saving light switches and water-saving flush tanks) minimize resource waste through optimized circuit design and water flow control. Some high-end models are also equipped with ashtrays, tea cup holders, and other convenient facilities to meet temporary rest needs, reflecting a human-centered design philosophy.
