Household Automatic Mobile Toilet

Household automatic mobile toilets are typically centered around household mobile commodes, with larger-scale products requiring adjustments to design concepts and specifications from mobile toilets for public spaces to suit household settings.

Household mobile commodes are the primary form of household automatic mobile toilets, featuring portability and foldability, primarily targeting groups requiring special care such as the elderly, pregnant women, or patients. For example, brands like YIHUI, Sobam, and Kangji offer a variety of models, with some products featuring odor-proof functions that reduce odor diffusion through sealed designs or activated carbon filtration; foldable structures for easy storage and space-saving; adjustable height functions to accommodate different user needs and enhance comfort; and some high-end models supporting automatic flushing, achieving post-defecation cleaning through built-in water tanks or connection to a water source, reducing manual operation.

For larger household automatic mobile toilets, design concepts from mobile toilets in public spaces can be referenced. These products typically consist of modules such as fecal sewage storage tanks (or disposal units), sanitary fixtures, and walls. By structural form, they can be divided into single-unit structures (independent units) or composite structures (multi-unit combinations); by mobility method, they can be classified as hoisting-type (requiring lifting equipment), handling-type (manual or small mechanical handling), or powered towing-type (connectable to vehicle traction); by sewage treatment method, they can be categorized as water-flushing type (requiring connection to a water source and sewage pipeline), waterless suction type (using a vacuum pump to suction feces into a storage tank), recirculating water-flushing type (filtering wastewater for reuse), or dry-packing type (using biodegradable bags to collect feces without the need for a water source). Their design adheres to principles of mobility convenience, economic durability, and environmental ecology, with an overall structure that is lightweight yet sturdy, and complete and reasonable mobility devices (such as wheels and lifting rings).

However, it should be noted that the specifications and functions of public mobile toilets need to be adjusted according to household settings. For example, reducing size to fit household spaces, optimizing sewage treatment methods to reduce odors and noise, or adding automation functions (such as automatic lid opening and sensor flushing) to enhance convenience. In household settings, water-flushing or recirculating water-flushing types are more suitable, but water source and sewage conditions need to be considered; waterless or dry-packing types are suitable for households without sewage pipelines, but require regular cleaning of storage devices.