Mobile Toilets for Parks
Mobile toilets used in parks come in various types and have the notable features of being movable and easy to transport.
In terms of types, mobile toilets in parks are diverse. The "Four-Squat-Position Apple Pod Toilet" is one such type. It has the washbasin placed outside, allowing customers to wash their hands even without using the toilet. Inside, there are four squat positions that are unisex. This design enables higher usage frequency, better coping with the large crowds in parks and reducing waiting times in queues. There is also the Apple Pod-shaped Mobile Toilet with Separate Areas for Men and Women, which has one squat pit each for men and women, with an open wash area in the middle. Its walls are made of galvanized sheet metal and painted white, making it not only sturdy and durable but also aesthetically pleasing. The signage is complete, facilitating easy identification for tourists. Stone wall lights are installed to provide illumination at night, enhancing the user experience. The men's toilet area is fully equipped with sanitary ware and has been finely decorated, further improving the quality of the toilet.
In terms of structural composition, a mobile toilet generally consists of multiple parts. These include a fecal sewage storage tank (or fecal sewage treatment device) for collecting and treating fecal sewage to prevent environmental pollution; a floor for providing a stable standing and moving space for users; sanitary ware such as squat toilets and sit toilets to meet basic toilet needs; walls for separating spaces and protecting privacy; washing equipment like washbasins and faucets for users to clean their hands; a water tank for storing clean water; a roof for shielding against wind, rain, and sunlight; and a mobile device that enables the toilet to be easily moved and transported, allowing for flexible adjustments according to the changes in crowd flow in different areas of the park.
In terms of classification, mobile toilets come in various types based on structural form, mobility method, and sewage treatment method. Their design follows the principles of easy mobility and cost-effectiveness, meeting the usage needs of parks in different scenarios while controlling costs and achieving reasonable resource utilization.
