The RAMSIS Bus & Truck module enhances driver comfort, safety, and attention with specialized anthropometric data, ensuring efficient vehicle design and optimal performance.
Benefits include:
In RAMSIS, ergonomic design for extremely corpulent individuals focuses on accommodating larger body types in vehicles like buses and trucks. The software helps optimize seat dimensions, adjustability, and space for comfort, movement, and safety, ensuring a better user experience for overweight passengers and drivers.
In buses and trucks, coupling posture calculation with visual analysis helps optimize seating and controls for comfort and safety. Posture data ensures proper alignment, while visual analysis identifies issues with reach and visibility, leading to better ergonomic design for drivers and passengers.
In buses and trucks, analyzing direct and indirect views, including reflections, improves driver visibility and safety by reducing blind spots and optimizing mirror and window placements. This ensures clearer sightlines and enhances overall driving confidence, especially in challenging conditions.
In buses and trucks, supine posture models are used to design driver cabins that support effective rest periods. By simulating reclining positions, designers can ensure that drivers have an ergonomic space for relaxation during breaks, reducing fatigue and promoting comfort. This helps improve driver well-being, alertness, and overall safety during long shifts.
In RAMSIS for buses and trucks, the effort required to close the driver’s door is analyzed for different body sizes. This helps optimize door design, handle placement, and force needed, ensuring accessibility and reducing strain for all drivers.
In buses and trucks, RAMSIS analyzes the load on joints during the climb up to the cabin. By simulating different body types, it helps identify the physical strain on joints, ensuring that cabin entry is ergonomically designed to minimize discomfort and reduce the risk of injury for drivers and passengers.
In buses and trucks, RAMSIS analyzes the visibility and readability of displays to ensure they are easily accessible to drivers of various body sizes. By simulating different seating positions and viewing angles, it helps optimize the placement and design of displays, reducing eye strain and improving safety by ensuring clear, quick access to important information.
In buses and trucks, RAMSIS analyzes human-seat interaction to optimize seating positions for comfort and safety. By simulating different body types and postures, it helps ensure that seats are designed to support proper posture, minimize strain, and provide ease of movement, enhancing the overall driving experience.
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RAMSIS is used to model and simulate various factors related to comfort, including parameters such as reach, access, and the visual field of the occupants to achieve interior comfort and safety. This has enabled the most frequently used touchscreen features to be positioned in the most comfortable zones.
RAMSIS helps to simulate occupant’s ergonomic requirements in product conceptualization stage. It also helps in vision analysis, reachability, seating position and adjustment ranges.
RAMSIS is an excellent tool for ergonomics simulations and helps optimize designs by providing Digital Human Models with relevant anthropometric data and accurate reach algorithms.