PRE2019 4 Group9
Group members
| Name | Student ID | Department |
|---|---|---|
| Pim Claessen | 0993712 | Applied Physics |
| Bengt Frielinck | 1269593 | Automotive |
| Matthijs Marinus | 1000921 | Software Science |
| Max Opperman | 1232427 | Computer Science and Engineering |
| Thomas Willems | 1022753 | Software Science |
User Group
We will be designing our exoskeleton for use by emergency responders. In most situations these will be firefighters. However we will keep other use cases in mind for example for police officers or search and recue operations. Firefighters have an incredibly difficult and dangerous job. Typical firefighter emergency scenario’s include medical emergencies, vehicle accidents, building collapse and of course putting out fires among others. These are difficult, strenuous activities often carried out in very adversarial conditions. It is then not surprising that one of the mayor causes of death for firefighters is overexertion, being struck by objects or getting caught/trapped [1][2]. Our exoskeleton should help alleviate this group by reducing the amount of physical exertion firefighters have to undergo while performing our jobs. We also hope the exoskeleton can provide the firefighters with the extra boost in strength to free themselves or people they are helping in dangerous situation. The exoskeleton should also serve as a type of shield by taking some of the blows of various objects hitting the firemen since the exoskeleton will cover a large part of their bodies. It will also help them carry people much easier out of dangerous situations, or move heavy objects trapping people. You could also think about tall buildings which are on fire. Firemen have to carry equipment up a large set of stairs. Currently there is already an exoskeleton design who helps firemen carry up to 40kg of weight making this task much easier and faster [3]. It should also be applicable in traffic accidents where victims are stuck in folded cars. Often firemen are called in these scenarios to cut open the car. This is a difficult process and having an exoskeleton to bend or break critical parts should be a tremendous help.
Another great user group are search and rescue workers. After natural disaster these people are deployed to find and help people who are in danger. This usually involves freeing people from under a large pile of debris from collapsed buildings or other items. These operations usually take a long time and a lot of equipment. [] Shows a company who has developed and exoskelton already for this case allowing the user to have extra power to move debris or objects for a long period of time under harsh conditions. These are defenitly some of the features we want to equip or exoskeleton with.
Police officers could also benefit from using this type of technoglogy. As explained in [] police officers often have to carry heavy equipment like gun vests or gun belts with them. This coupled with long standing hours causes a lot of police offers to eventually develop health problems in their back or legs causing them to become unemployed. If they were to carry and exoskelton during long work hours we could alleviate some of this repetetive strain.
References
- ↑ [1]: Firefighter fatalities in the United States - Firefighter death by cause and nature of injury, National Fire Protection Agency. (June, 2019) Retrieved April 27, 2020
- ↑ [2]: Summary incident report, US fire administration (21 April, 2020) Retrieved April 27, 2020
- ↑ [3]: Auberon Pneumatic Exoskeleton, Trigen Automotive. () Retrieved April 27, 2020