Inicial Design Ideas
3 Cane Concepts Requirements: Modern, technological, non-traditional, and multifunctional: promoting freedom and independence. Ideas to be implemented in all three solutions: LED lighting Ultrasonic sensors Sustainable materials and batteries Modular cane with adaptive tips 1) Modular Cane LED lighting for nighttime use or dimly lit areas, with buttons to adjust light intensity and automatic activation in dark environments. Ultrasonic sensors to detect obstacles by emitting high-frequency sound waves and measuring the time it takes for them to return after being reflected. This helps detect obstacles or uneven surfaces on sidewalks and streets, alerting elderly users through a vibration sensor. Sophisticated, comfortable, and adjustable ergonomics, featuring a soft, recycled rubber grip and size adjustment for users. Modern design with colors and models catering to older adults' tastes, such as pastel or neutral tones with a matte, non-slip texture for a subtle and delicate appearance. Modular design allows the cane to be composed of individual parts (tips, sensors) that can be replaced separately without needing to change the entire cane. Photovoltaic battery for automatic charging during outdoor use, providing high durability, although less efficient on cloudy days. Materials: Recycled rubber grip, aluminum for being lightweight, recyclable, and durable. At the end of its lifecycle, the cane can be disassembled, and the materials reused. 2) Retractable Cane LED lighting for nighttime use or dimly lit areas, with buttons to adjust light intensity and automatic activation in dark environments. Ultrasonic sensors to detect obstacles, functioning through high-frequency sound waves to anticipate uneven surfaces or obstacles, alerting users via a vibration sensor. Sophisticated, comfortable, and adjustable ergonomics, featuring a recycled rubber grip and size adjustment for the user. Modern design with pastel or neutral tones, along with non-slip, matte textures for subtle elegance. Retractable design: In addition to size adjustability, the cane can fold for easy transportation. Lithium-polymer battery that charges via induction—simply place the cane on an induction base, eliminating the need for cables. These batteries are durable, lightweight, and energy-efficient but require proper disposal. Materials: Recycled rubber grip, aluminum for being lightweight, recyclable, and durable. The cane can be disassembled at the end of its life to recycle its components. 3) Kinetic Energy-Powered Cane LED lighting for nighttime use or dimly lit areas, with buttons to adjust light intensity and automatic activation in dark environments. Ultrasonic sensors to detect obstacles, helping users by warning them about uneven paths through a vibration sensor. Sophisticated, comfortable, and adjustable ergonomics with a recycled rubber grip and size adjustment for the user. Modern design with pastel or neutral colors and non-slip, matte textures for a discreet appearance. Kinetic energy battery: This self-charging system stores energy from the user’s movement. A generator inside the cane converts the repetitive motion into renewable, continuous energy to power the cane. Materials: Recycled rubber grip, aluminum for being lightweight, recyclable, and durable. The cane can be dismantled at the end of its lifecycle to reuse the materials. Proposal by Elisa Souza