The Construction Process of an Indoor Amusement Park in the Philippines

Building an indoor amusement park is an exciting and complex process that requires careful planning, precision, and a deep understanding of safety and functionality. In the case of the indoor amusement park in the Philippines, the construction involved several stages, from the initial groundwork to the final touches of equipment installation and testing. In this article, we will take you through the detailed construction process, focusing on specific tasks such as laying EVA flooring, installing steel frames, setting up wooden panels, and fine-tuning electric ball-throwing machines.

1. Laying the EVA Flooring: A Solid Foundation

The first crucial step in constructing any indoor amusement park is preparing the floor. The foundation must be strong, durable, and safe for children who will be running, jumping, and playing in the park. In this case, the park chose EVA (Ethylene-Vinyl Acetate) foam mats for the flooring, which is a popular choice for play areas because of its softness, shock-absorbing properties, and ease of installation.

The process begins by thoroughly cleaning the floor surface. This ensures that there are no debris or contaminants that could affect the installation. Next, the team begins laying down the EVA mats. The mats come in interlocking pieces, making it relatively easy to fit them together and create a seamless surface. Special care is taken to align the edges properly to avoid any gaps, as these could pose a safety risk.

The team ensures that the entire area is covered in EVA foam, which helps to cushion any falls or impacts, especially in active play zones. The material is also non-toxic and hypoallergenic, making it a safe choice for children of all ages. As each mat is laid down, the team carefully inspects the surface for any imperfections or misalignments, ensuring that the flooring meets the park's strict safety standards.

2. Installing the Steel Frames: The Structural Backbone

After the flooring is in place, the next critical phase is constructing the structural framework that will support various attractions, such as climbing walls, slides, and rope courses. Steel frames provide the necessary strength and stability for these attractions, ensuring they are safe and durable.

The steel frame installation begins with the creation of a detailed blueprint for each structure. The design is meticulously planned to account for weight distribution, safety, and functionality. Steel beams and columns are pre-fabricated off-site and then transported to the park location. The team uses cranes and other heavy machinery to move these large steel components into position.

The frames are anchored into the ground to ensure they remain sturdy over time. Each steel column and beam is securely welded or bolted into place, and all joints are checked for tightness and alignment. The installation of the steel frames is done by highly skilled workers who follow strict safety protocols to prevent accidents during the process.

Once the primary steel structures are in place, additional steel supports are added to reinforce the frames. These include diagonal braces and crossbars that improve the stability of the entire structure. The final product is a robust steel skeleton that can support the weight of various amusement park components, including the electric ball-throwing machines and the climbing structures.

3. Installing Wooden Panels: Adding Design and Aesthetics

While the steel framework provides the structural integrity of the park, the aesthetic appeal of the park is enhanced by the installation of wooden panels. Wood is often used in amusement park design due to its natural, warm appearance, which creates a welcoming and fun atmosphere. In addition, wood is a versatile material that can be easily customized to fit the park's theme and design.

The installation of wooden panels typically begins with cutting the panels to the required sizes. The park’s design team carefully selects wood that is durable, resistant to wear and tear, and treated to prevent damage from moisture or pests. Special care is also taken to ensure that the wooden panels are smooth and splinter-free, as children will come into direct contact with them during play.

The wooden panels are then securely attached to the steel frames. The team uses high-strength screws and brackets to fasten the panels, ensuring they stay in place even under the stress of active play. The wood is treated with a protective finish to ensure that it lasts for years without deteriorating. Once all the panels are in place, the team paints or varnishes them according to the design theme of the park, which could include bright colors or patterns that appeal to children.

4. Installing and Testing the Electric Ball-Throwing Machines

One of the most exciting attractions in the park is the electric ball-throwing machines. These machines are designed to launch soft balls into the air, allowing children to catch or chase them in an interactive and thrilling experience. Installing these machines involves several important steps, including electrical wiring, mechanical assembly, and safety testing.

The first task in the installation of the electric ball-throwing machines is setting up the foundation and platform where the machines will be positioned. This involves securing the base of each machine onto the steel frames or wooden panels, ensuring that it is stable and secure.

Once the foundation is in place, the team begins the electrical setup. The machines are powered by electric motors, and wiring needs to be routed safely through the park’s electrical system. Electrical technicians install the necessary connections and ensure that the machines are connected to the park’s main power grid.

With the wiring complete, the next step is to assemble the mechanical components of the ball-throwing machines. This includes attaching the motors, sensors, and other moving parts. The machines are designed to launch balls in various directions, allowing children to have an exciting and unpredictable play experience. The machines are tested for consistency and safety, and adjustments are made to ensure they perform at optimal levels.

After the mechanical and electrical components are installed, the team performs extensive testing to ensure the machines operate safely and efficiently. The machines are calibrated to adjust the throwing force and trajectory of the balls, ensuring that they are not too hard or too soft for children to handle. All safety features, such as automatic shut-off mechanisms and safety barriers, are also tested thoroughly to prevent accidents.

5. Final Touches and Quality Control

Once all the major installations are complete, the park undergoes a final round of quality control checks. This includes inspecting every ride, attraction, and piece of equipment to ensure that it meets the highest safety standards. The team inspects the flooring for any loose mats or gaps, checks the steel frames for any signs of instability, and verifies that the wooden panels are securely attached.

The ball-throwing machines are tested again for smooth operation, and any required adjustments are made. Safety features are checked, such as padded edges, proper signage, and barriers around high-risk areas.

Finally, the park is cleaned, and any cosmetic improvements are made. The design team adds finishing touches such as decals, signage, and decorations to create an immersive and visually appealing environment for the children.

Conclusion

The construction of an indoor amusement park is a monumental effort that requires careful planning, coordination, and attention to detail. From the installation of EVA flooring to the assembly of steel frames, wooden panels, and the setup of electric ball-throwing machines, each stage is crucial in ensuring that the park is safe, fun, and exciting for children of all ages. With the hard work of skilled professionals and the dedication to quality and safety, the indoor amusement park in the Philippines is now ready to provide countless hours of joy and adventure for families.