IVIO l at home

Sammanfattning: As the population grows and gets older, the need for health care increases, both withinprimary care but also within home care. Being able to carry out smaller examinations to obtain the vital values without a trip to the hospital or that healthcare professionals travel to each patient gives great value to both partners. The care situation in Sweden in 2020 is an understaffed and periodically heavily strained. With the help of digitalisation and the advancement of technology, healthcare can be streamlined and at not least, improved. One of the companies working on a vision of a better healthcare situation is Detectivio. Detectivio was founded by Stefan Malmgren, a physician who saw a clear need for streamlining care when working at the emergency room. Together with researcher Taha Kahn, they have developed a product that can scan a face and in ten seconds get five vital values such as bloodpressure, respiratory rate, heart rate, body temperature and oxygen level in the blood. However, the product is not complete or ready to meet the market and this is where we, as a project group, step in to formulate, develop and complete the products functional aspects into a product ready to be placed on the market. The purpose of the project is to outline possible target groups, their needs and requirementsfor the product. Creating a prototype to test the user experience. The effect of this project will be to offer comfort and safety in the form of high-quality healthcare through time-efficientmeans. The primary target groups were categorized as "technical person", "tool" and "medical reason". The technician wants a product for his or her own use, the group “tools” is meant those who want a product for preventative purposes or as a supplement to existing healthcare products. Finally, we have those in need of medical treatment or supervision. It may be someone who is conically ill and sees a great need to be able to measure their vital values in the home. The result is a fully automated product that enables safe and secure healthcare in the home. The product is activated with the help of sensors that sense movement. Through clear visual means such as a display and lights, the product communicates with the user. All functions are controlled by an Arduino whose code is written by the project team. Since the product does not require user contact, it can contribute to reduced infection risk. The product is a rectangular box of 250 x 176 x 160 mm made in PLA and plexiglass with holes for two cameras, two distance readers, a display and power cable output. The product weighs just over 4 kilos which makes it easy to move. With a simple and unobtrusive design, this product can become part of the everyday interior of the smart home of the future.