The Human Body Is Not a Mobile Toilet Figure

The statement 'The human body is a mobile toilet figure' is completely wrong. The human body is not a mobile toilet, nor is there a so-called 'human body mobile toilet figure' to describe the structure of the human body itself. However, there is a design for a human body mobile toilet, which is detailed below:

Overall Design Purpose

The design of the human body mobile toilet is mainly to meet the toilet needs of people in some special scenarios, such as outdoor activities, emergency rescue, and medical care, providing convenience for those who are mobility-impaired or unable to use traditional toilets.

Specific Structural Components

• Receiving Basin: This is the basic part of the human body mobile toilet, used to receive human excreta. Its shape and size are usually designed according to ergonomics, allowing it to comfortably fit the human buttocks, ensuring that excreta accurately falls into it and avoiding splashing. For example, in some medical human body mobile toilets, the receiving basin uses soft, skin-friendly materials to reduce irritation to the patient's skin.
• Diversion Pipe: Its function is to divert and guide the excreta in the receiving basin. Different types of excreta (such as urine and feces) can be directed to different processing paths through the diversion pipe, facilitating subsequent classification collection and processing. For instance, in some environmentally friendly human body mobile toilets, the diversion pipe can direct urine to a dedicated storage container for subsequent resource utilization.
• Guide Pipe: Working in conjunction with the diversion pipe, the guide pipe further accurately transports the diverted excreta to the corresponding storage bags. Its design should ensure that excreta can pass through smoothly, avoiding blockages. For example, the inner wall of the guide pipe is usually designed to be smooth to reduce the adhesion of excreta.
• First Storage Bag and Second Storage Bag: These are used to store different types of excreta respectively. The first storage bag may be mainly used for storing urine, and the second storage bag for storing feces. This classified storage method is conducive to subsequent processing and cleaning and also meets hygiene requirements. The storage bags are generally made of materials with good sealing properties to prevent odor emission and excreta leakage.
• Discharge Port: When the excreta in the storage bags reach a certain amount and need to be cleaned, the discharge port comes into play. By opening the discharge port, the excreta in the storage bags can be discharged for centralized processing. The discharge port is usually designed with a sealing device to ensure the sealing of the storage bags when cleaning is not required.