Mobile Toilet Manufacturing

There are various methods for manufacturing mobile toilets, with common approaches involving the use of water storage buckets or tanks combined with other materials, with the core focusing on modular assembly and functional integration.

1. Water Storage Bucket Modification Method

1. Basic Structure Construction
   • Split the water storage bucket in half, fix universal wheels with wooden boards to enable mobility, and increase the height of the bucket body with wooden strips and self-tapping screws to form a basic framework.
   • Cut an opening on the side of the bucket, install sponge strips to construct a door frame, embed plastic soft boards to form walls, use the upper part as a roof, and apply waterproof paint to enhance durability.
2. Functional System Integration
   • Drainage System: Drill a hole at the bottom of the bucket to install a drain pipe to form a floor drain, connect a plastic bucket on the side as a water storage device, and connect the water pipe to a bath heater and showerhead.
   • Sanitary Ware: Place a toilet and fix the water tank, seal the gaps with glass glue; connect the drain pipe to a sewage bucket, and extend the inlet pipe of the washbasin to the door.
   • Detail Optimization: Use foam strips to拼接 (spliced, here it means assemble) discarded wooden boards to make a simple door, install a connector on the door to connect a hose, ensuring ease of use.

2. Water Storage Tank and Pallet Combination Method

1. Mobile and Support Structure
   • Fix universal wheels at the bottom of a plastic pallet, place a recycled water storage tank, and use an angle grinder to cut the top to form an open tank.
   • Stack two open tanks, fix the outer frame with self-tapping screws, cut a rectangular opening as a door, and drill a hole in the internal floor to install a drain elbow.
2. Functional Module Installation
   • Sanitary Ware Fixation: Align the toilet with the drain hole, place it, and fix it with glue; use wall clips to fix the water pipe, and install a faucet and pipe cap.
   • Washing Equipment: Drill a hole in the pipe cap to fix a stainless steel basin as a washbasin, connect the inlet pipe and shower hose, and install a showerhead-style shower.
   • Door Design: Fix hinges on the water storage tank frame, connect a wooden box to form a door, and install a door handle to enhance safety.

3. Materials and Classification Standards

1. Material Evolution
   • In the early days, wood was used, which was prone to absorbing odors; modern materials such as fiberglass-reinforced plastic and polyethylene are used, which are corrosion-resistant and easy to clean.
2. Structural Classification
   • Single-Unit Structure: An independent unit suitable for small-scale scenarios; Composite Structure: A combination of multiple modules with more comprehensive functions.
3. Mobility Methods
   • Hoisting/Handling Type: Relies on mechanical handling; Powered/Trailer Type: Equipped with an engine or trailer device, capable of autonomous movement.
4. Sewage Treatment
   • Flush Type: Requires connection to a water source, with sewage discharged into a storage tank; Non-Flush Suction Type: Sucks feces through a vacuum pump; Recirculating Flush Type: Purifies sewage for recirculation; Dry Packing Type: Uses biodegradable bags to collect feces, requiring no water source.