20: Water-Resistant Roller Coaster Seat for Splash Protection | Patent Drawing

Water-Resistant Roller Coaster "Splash Mountain (Disneyland)" Seat for Splash Protection Patent Drawing
Cited from JP2595424B2(J-PlatPat

Overview of the Patent Drawing

This patent drawing illustrates a roller coaster seat designed to prevent water splashes from reaching the riders. The seat consists of multiple layers (1, 2, 3, 5) that contribute to comfort and safety, while also incorporating specific design elements to minimize water exposure. The design is particularly suited for water-based roller coasters or log rides, where splashes are common, ensuring that riders stay dry and comfortable even during rides with water features.

Patent Insight 1: Water-Resistant Shape and Material

The seat’s design features contoured shapes or raised edges aimed at deflecting water splashes away from the rider. The multi-layered structure (1, 2, 3, 5) likely includes water-resistant materials that prevent water from soaking through. This strategic design ensures that even if water hits the seat, it doesn’t reach the rider, keeping them dry throughout the ride.

Patent Insight 2: Enhanced Comfort with Splash Protection

The protective elements of the seat ensure that riders remain comfortable by reducing their exposure to water. The angled surfaces or raised edges help guide water away from the body, minimizing splashes. The water-resistant layers not only provide comfort but also ensure a safe, dry experience, which enhances the overall enjoyment of the ride.

Patent Insight 3: Ideal for Water-Based Ride Attractions

This seat design is particularly well-suited for water-based roller coasters or rides that involve water splashes. By keeping riders dry, it offers an enhanced ride experience for those who prefer to avoid getting wet. The splash protection can also reduce the need for drying areas post-ride, offering convenience to both the riders and the attraction operators.

Thoughts on the Patent Drawing

The patent for the “Water-Resistant Roller Coaster Seat for Splash Protection” is an intriguing invention that enhances amusement park rides. This may be related to Disney’s Splash Mountain, and the patent drawing shows how the seat is designed to protect riders from water splashes, maintaining comfort even on intense rides. This would allow guests to enjoy the thrill without worrying about getting wet, which is especially useful during colder weather or when staying dry is preferred. It brings back memories of getting soaked on water rides as a kid and feeling cold afterward; having a seat like this would have made those experiences more enjoyable. I look forward to seeing this kind of seat implemented to improve ride experiences even further.

Keywords

water-resistant seat, roller coaster seat, water-based ride, rider protection, splash protection, water-resistant materials, theme park seat, dry ride experience

Application of the Technology: Emergency Disaster Personal Waterproof Capsule Seat

Purpose

To adapt the waterproof roller coaster seat technology for the development of a personal waterproof capsule seat, providing protection during floods, storms, or other emergencies.

System Components

  • Waterproof Capsule Seat: A foldable waterproof sheet designed to accommodate an individual.
  • Inflatable Frame: Built-in frame that instantly inflates to form a capsule in emergencies.
  • Ventilation System: Includes vents with filters to ensure oxygen supply inside the capsule.
  • Tracking Beacon: A GPS-enabled beacon for rescuers to locate the capsule.

Operational Flow

  1. Portability: The capsule seat is carried in a folded state.
  2. Emergency Deployment: In an emergency, the sheet is unfolded, and the inflatable frame is activated to form a capsule.
  3. Shelter: The individual enters the capsule, relying on the ventilation system for safety.
  4. Location Transmission: The beacon sends location data to rescue teams, enabling swift response.
  5. Repacking & Reuse: After the emergency, the capsule is folded and stored for future use.

This system offers rapid and safe evacuation during disasters, with the potential to save many lives.

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