Mobile Toilet Floor Construction Methods

The floor construction methods for mobile toilets vary depending on the type and requirements. Below are common types and their corresponding methods:

I. Portable Toilet (Made Using Discarded Tiles)
The floor treatment for this type of mobile toilet focuses on simple modifications. First, a rectangular tile piece slightly larger than the base of the toilet is cut to serve as the foundation, ensuring its size is slightly larger than the toilet's base contour for stable support. Universal wheels are installed at the four corners of the tile piece for easy movement and position adjustment. During installation, it is essential to ensure that the universal wheels are firmly connected to the tile to prevent loosening during use. Finally, the toilet is fixed to the tile foundation using cement, which should be evenly applied to the contact surfaces and allowed to dry completely before use. This method is suitable for temporary or small-scale use scenarios, offering low cost and simple operation.

II. Integrated Finished Mobile Toilet
Integrated finished mobile toilets typically adopt a modular design, with floor treatment completed simultaneously with the main structure. The installation process is similar to 'building blocks,' with the overall structure completed through column support and splicing fixation. However, the specific floor construction method is not explicitly mentioned. It is speculated that the floor may use slip-resistant and easy-to-clean materials (such as PVC flooring or slip-resistant tiles) and ensure stability through level calibration. These toilets are mostly used in public places or temporary events, requiring floor designs that balance durability and convenience.

III. Floor Construction Methods Related to Toilet Relocation

1. Relocation of Toilets with Interlayer Drainage

   • When using a relocation device, the flat pipe height is approximately 4 centimeters. If the bathroom has no underfloor heating, the flat pipe can be lowered by breaking the floor to maintain overall floor flatness; if underfloor heating is present, the flat pipe must be laid directly on the ground, resulting in an overall floor elevation.
   • Attention should be paid to the pipe slope during operation to avoid poor drainage.

2. Relocation of Wall-Hung Toilets

   • Laying the sewage pipe directly on the ground increases the floor height but meets the requirements for long-distance relocation.
   • The pipe route should be planned in advance to ensure smooth connection with the main sewage pipe.

3. Relocation by Raising the Floor

   • Suitable for long-distance relocation, a new floor platform must be built to ensure drainage slope. The platform height is determined based on the relocation distance and slope requirements, typically requiring an elevation of 10-15 centimeters.
   • During construction, it is essential to ensure the structural stability of the floor platform to avoid later settlement.

4. Relocating the Toilet by 60cm Without Raising the Floor

   • Re-drilling the Toilet Hole: Requires the consent of the downstairs neighbor to reroute the sewage pipe through the ceiling. During operation, avoid damaging the original structure by steering clear of underfloor heating pipes and ground wires.
   • Using a Relocation Device: Cut a groove in the ground for pipe laying, requiring the original bathroom to be at least 5cm lower than other areas and the connected area to be raised by at least 5cm.
   • Converting to a Wall-Hung Toilet: Reroute the sewage pipe through the wall to connect to the main sewage pipe, with the water tank hidden inside the wall. This method saves floor space but has higher construction costs.
   • Modifying the Original Sewage Pipe: Suitable for sunken bathrooms, the new sewage pipe should include a hidden floor drain for drainage. Secondary waterproofing should be performed on the original floor and after backfilling to prevent leakage.