Indoor Children’s Water Park: Design Tips
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When it comes to designing and constructing indoor children’s water park projects, there are numerous factors to consider. If the initial groundwork is not executed properly, it can lead to various hidden dangers later on. Today, we will highlight some common oversights or mistakes that can occur during the construction phase for your guidance.
Design of Indoor Children’s Water Park Projects
The indoor children’s water park is designed with safety in mind, featuring a 360-degree soft packaging design and the absence of electric devices in the pool area. Instead, electricity is delivered to the pool through pre-installed pipes, resulting in a comprehensive underground pipe network.
A poorly designed pipe network can lead to significant issues. For instance, if water circulation is inadequate or the power supply to the amusement equipment is insufficient once the park opens, it indicates potential flaws in the pipe network design or an unreasonable layout. Therefore, it is crucial that the drawings for the water park design include clear specifications for the pipe network, encompassing a series of diagrams such as the water treatment system, which should be retained as backups post-construction.
Design of Return Water Outlets for Water Park Projects
In the design of return water outlets, it is essential to ensure that the outlets are not overly large and are evenly distributed. Excessive flow rates can easily attract visitors. To achieve a balanced flow rate, a balance tank can be employed. Additionally, return water outlets should be positioned as far away as possible from areas accessible to visitors. Strict management of these outlets is necessary, with a grading system based on water flow size to mitigate the risk of human absorption, which is a critical consideration.
Protection of Finished Products for Water Park Projects
During the construction of the water park, it is vital to protect finished products to prevent equipment issues. One major concern is the deformation of slide rails. If deformation occurs, the design parameters will change, affecting visitor experience and potentially leading to safety hazards. Thus, safeguarding the construction process is imperative.
Moreover, cross-operation with basic decoration during construction can lead to collisions, scratches, and damage to equipment. Such incidents can detract from the aesthetic appeal of the amusement equipment. Furthermore, if human skin comes into contact with raised surfaces, safety issues may arise, underscoring the importance of protecting finished products throughout the construction phase.
Packaging, Entertainment, and Interactive Design of Equipment for Water Park Projects
As competition in the market intensifies and homogenisation becomes more pronounced, indoor children’s water parks are evolving towards thematic designs. Equipment packaging should be integrated with amusement and interactive design elements.
For instance, incorporating platforms between various pieces of equipment, facilitating static and dynamic interactions, or enabling photo opportunities for sharing online can enhance interaction between players and spectators, ultimately improving the visitor experience.
Lighting Design for Water Park Projects
Lighting design serves two primary purposes: safety and enhancing the visitor experience. From a safety standpoint, inadequate lighting can hinder the visibility of safety personnel, potentially leading to safety hazards. Additionally, from an experiential perspective, indoor children’s aqua parks typically operate until 9 pm, often located in shopping malls where natural light is limited. Therefore, effective lighting design is essential.
Moreover, artistic lighting shapes can be incorporated to elevate the entertainment atmosphere within the water park.
Ventilation and Exhaust Design for Water Park Projects
Indoor children’s water parks require a stable temperature, as the enclosed space continuously emits humid and hot steam from the pool. Poor ventilation design can result in an uncomfortable environment, making it difficult for children to enjoy themselves and for parents to feel at ease.
While the exhaust air volume may increase, excessive heat can also be wasted. Thus, a scientifically developed ventilation and exhaust plan, complete with dehumidification treatment, is essential to maintain a balance of temperature and humidity within the park, ensuring a pleasant experience for all visitors.
