VMOS

 


Comments

Post a Comment

Popular posts from this blog

Discussion

  Difficulties during Development   Amid the challenge in developing the product, the crisis of COVID-19 boosts innovation and ideas for better and effective face masks. The development of TriMask's revolutionary features and technology changed how we look at protection and comfort. This product brings effective and best protection that the public need today. TriMask adopts technology and creates value from ideas. TriMask is an innovation crafted through exploring and redesigning a more effective facemask where it was subjected to different tests to ensure its optimal function. The efficiency and sustainability of TriMask connects the needs of the people and environment by its value. Difficulties upon Implementation Monopolizing the market will be one of the major problems that may be encountered when  the product is released since this is not as cheap as the conventional face mask. The effectivity and reusability, as proven in the methodology of innovation, is...
Read more

Directions for Use

  A.     How to Use TriMask 1.      Put the mask on your face with the logo on the right facing out. 2.      Adjust the ear loops to improve fit. 3.      Bend the nose wire over the nose bridge. 4.      Extend to entirely cover the nose, mouth, and chin. B.     How to Wash TriMask 1.      Wash every once a week or when it is dirty. 2.      Hand wash in tap water or include in washing machine laundry with laundry soap or detergent. 3.      Do not use bleach or any disinfectant. 4.      Do not scrub, twist, rub, and wring. 5.      Hang outdoor to dry.
Read more

Mechanism Description

        One of the greatest features of TriMask is its filtration mechanism. Polyester fabric is a hydrophobic polymer that can easily block respiratory droplets from the external environment. Its particle size ranges between 60nm - 4µm, which is highly unfavorable for microbes to penetrate but good enough for gas diffusion. On the other hand, the randomness of fibers in a spun-bonded NWPP filter for the inner layer provides high particle filtration. This is similar to how filters work in actual surgical masks. This is also the recommended filter by the WHO for washable face masks because of its high integrity (The Conversation, 2020). For the inner layer, cotton will be used because, aside from it being purely cellulose, it has a high affinity to water molecules, especially to those coming from the internal environment when the mask is worn. Cotton is hydrophilic and has a soft texture which would be suitable as an inner material for both the comfort and safety...
Read more