Aviva Directory » Shopping & eCommerce » Accessibility Products

The focus of this category is on accessibility products, particularly those that are available online.

Accessibility refers to creating products, devices, services, vehicles, or environments usable by people with disabilities. It encompasses the ability to access and derive benefits from these systems or entities, explicitly focusing on enabling access for people with disabilities through assistive technology.

Assistive technology refers to devices that assist a person in completing a task that would otherwise be impossible. Examples include screen readers and assistive listening devices like hearing aids.

Adaptive technology refers to modifying or adapting existing devices or creating new uses for existing devices to enable a person to complete a task. Examples include the use of remote controls or the autocomplete feature in word processing programs to help people with mobility impairments to complete tasks.

Although digital tech drives much of today's technology, accessibility products go back a long time.

The earliest-known prosthetic dates back to around 950-710 BC in ancient Egypt. Made of wood and leather, it was found attached to a mummy. Moving forward to the steampunk era of the 15th through the 19th centuries, custom-designed limbs made of wood, metal, and leather featured geares, cranks, and springs. In more recent history, during World War II, advancements led to lighter materials like plastics and polycarbonate. Today, prosthetics continue to evolve with thought-controlled limbs and innovative technology.

The first wheelchair design dates back to the 6th century, as depicted in a Chinese engraving. However, the first practical wheelchair was built in 1595 for King Philip II of Spain, although it was not self-propelled. Stephen Farfler, a paraplegic watchmaker from Germany, invented the first self-propelled wheelchair in 1655.

Louis Braille designed his universal system for reading and writing in the early 1800s, allowing the blind and visually impaired to read and write. Perkins Brailler Typewriter, developed in 1951, allowed people to type in braille.

In the late 1800s, Alexander Graham Bell's technologies led to the development of the first pocket-sized hearing aid, improving aural benefits.

In the 1960s, sip and puff technology enabled quadriplegics and others to access everyday technology like wheelchairs, computers, and vehicles.

The 21st century has witnessed remarkable advances. Assistive technology now encompasses everything from mobility devices to screen magnification software. Originally designed for specific disabilities, products like OXO kitchen tools (for arthritis) and voice command devices (visual impairment) have found widespread popularity among those without disabilities due to their ease of use and accessibility.

Innovations like automated vehicles and drones hold promise for improving safety and increasing access for people with disabilities.

Assistive technology has come a long way, driven by a commitment to inclusivity and a desire to empower people with disabilities.

Vehicle modifications that can enhance vehicle accessibility include hand controls to allow drivers to accelerate and brake using their hands, ramps, and lifts to assist drivers who depend on wheelchairs or scooters, assistance straps to help in entering or exiting the car, amputee rings for drivers with below-elbow amputations, swivel seats to facilitate easier entry and exit, seat belt adjustments, and safety bars to provide stability during transfers.

Mobility devices include manual and electric wheelchairs, battery-operated scooters, walkers, canes, and crutches. Adaptive bikes and strollers can enable outdoor mobility. Gait trainers can support individuals learning to walk.

Developed by Microsoft, Seeing AI is an application that uses a phone's camera to identify people, objects, and handwriting. It audibly describes these elements for users with low or no vision. It can even describe the surrounding scene, including colors and brightness.

Pison's Wearable Device transfers neuromuscular signals from the skin to digital devices. It allows users to control technology using their minds, making it a potential game changer for everyone, even those without disabilities.

Moovemo is a wearable device that assists people with mobility challenges by providing real-time feedback on posture and movement.

Online shopping sites with a focus on accessibility products are the focus of this category.

 

 

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