Spice Holder and Measurer For The Visually Impared

pinshape

The Spice Dispenser and Measurer is a revolutionary new device that tackles one of the many challenges faced by cooks who are visually impaired. Spices are among the most common ingredients used in cooking, yet few innovative solutions have been developed for measuring them accurately. For someone who cannot see, measuring out the right amounts of ingredients while being efficient and not making a mess is nearly impossible. First, they must sift through several identical-feeling containers to find the correct spice. Then, they must locate the corresponding measuring spoon (usually a permutation of 1/8 teaspoon). After that, they must carefully collect the exact amount of spice from the generic container without creating a significant mess. Through personal blindfolded trials, I discovered that even when collecting the right amount of spice, the fine powder easily coats the countertop. Following several ideas for solving this problem, I finally came up with a solution. My design is a device that measures and releases precisely 1/8 teaspoon of a spice with the simple press of a button. Using six printable parts (one made from flexible filament), the device snaps together quickly to create an easy-to-use product. This device eliminates the stress associated with cooking for visually impaired individuals by providing a straightforward and elegant solution. It ensures accurate measurements and leaves no mess behind. Additionally, searching through identical bottles is a thing of the past. With braille identifiers, users can navigate their spices with ease. Another significant advantage of this product is its versatility. Although it was initially designed to cater to the needs of visually impaired individuals, this device can be used by anyone. From single parents to professional chefs, it can suit the needs of any person in the kitchen. After researching the accessibility issues surrounding gadgets like these, I found that they are largely due to the relatively low demand for products targeting finite populations, such as those who are visually impaired. For instance, a helmet marketed specifically to rollerbladers may not be successful, while the same helmet marketed to all sports enthusiasts can sell well. The rollerbladers still receive the same helmet, but they can rely on the manufacturer's continued existence, enabling more of the finite population of rollerbladers to purchase the helpful accessory in the future. Therefore, a product that benefits everyone, not just visually impaired individuals, is more likely to succeed in the open market and increase its availability to those who need it most.